Data Dictionary

Name

Label

Description

DataType

Groups

120 Sample Arm

Phase 2 data. Arm from which 120 minute blood sample was taken.

Text

120 Sample by

Phase 2 data. Initials/ID of staff member 120 minute blood sample was taken by

Text

120 Sample Site

Phase 2 data. Site of 120 minute sample blood sample taken

Text

whether there was 35 hrs of good quality daytime d

35 daytime hours

None

Phase 2 data. 35 daytime hours for Phase 2? (frist wear of Actiheart only). Used for Study cooridination purposes not for analysis. Use wear varibles in main AH dataset for analysis. 0 = no; 1 = yes;

Categorical

Eat when lonely

When I feel lonely I console myself by eating.

Categorical

Feeling lonely console by eating

Phase 2 data. When I feel lonely; I console myself by eating. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Eat when lonely_rescored

New in R8. derived by re-scoring item 3FEQ_10lonelyconsoleeating; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810). When I feel lonely; I console myself by eating.

Categorical

Re-scored item 3FEQ_10lonelyconsoleeating_P2

Phase 2 data. Derived by re-scoring item 3FEQ_10lonelyconsoleeating_P2; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810). When I feel lonely; I console myself by eating. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Hold back on meals so not to gain weight

I consciously hold back at meals in order not to gain weight.

Categorical

Hold back on eating control weight

Phase 2 data. I consciously hold back at meals in order not to gain weight. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Hold back on meals so not to gain weight_rescored

New in R8. derived by re-scoring item 3FEQ_11holdbackatmeals; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).I consciously hold back at meals in order not to gain weight.

Categorical

Re-scored item 3FEQ_11holdbackatmeals

Phase 2 data. Derived by re-scoring item 3FEQ_11holdbackatmeals_P2; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).I consciously hold back at meals in order not to gain weight. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Avoid foods that make me fat

I do not eat some foods because they make me fat.

Categorical

Do not eat some food make me fat

Phase 2 data. I do not eat some foods because they make me fat. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Avoid foods that make me fat_rescored

New in R8. derived by re-scoring item 3FEQfeq_12foodmakemefat; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).I do not eat some foods because they make me fat.

Categorical

Re-scored item 3FEQfeq_12foodmakemefat_P2

Phase 2 data. Derived by re-scoring item 3FEQfeq_12foodmakemefat_P2; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).I do not eat some foods because they make me fat. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Hungry enough to eat any time

I am always hungry enough to eat at any time.

Categorical

Always hungry to eat any time

Phase 2 data. I am always hungry enough to eat at any time. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Hungry enough to eat any time_rescored

New in R8. derived by re-scoring item 3FEQ_13hungryeatanytime; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).I am always hungry enough to eat at any time.

Categorical

Re-scored item 3FEQ_13hungryeatanytime_P2

Phase 2 data. Derived by re-scoring item 3FEQ_13hungryeatanytime_P2; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).I am always hungry enough to eat at any time. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

How often hungry

How often do you feel hungry?

Categorical

Often feel hungry frequency

Phase 2 data. How often do you feel hungry? 1 = Only at meal times; 2 = Sometimes between meals; 3 = Often between meals; 4 = Almost always;

Categorical

How often hungry_rescored

New in R8. derived from item 3FEQ_14oftenfeelhungry (assessed and cleaned only in the subset n=4810). Note all scores were left the same apart from -1 scores which were removed. How often do you feel hungry? Please note that rarely and never have been recoded as 1.

Categorical

Derived from 3FEQ_14oftenfeelhungry_P2

Phase 2 data. Derived from item 3FEQ_14oftenfeelhungry_P2 (assessed and cleaned only in the subset n = 4810). Note all scores were left the same apart from -1 scores which were removed. How often do you feel hungry? Please note that rarely and never have been recoded as 1. 1 = Only at meal times; 2 = Sometimes between meals; 3 = Often between meals; 4 = Almost always; -1 = missing data; -9 = questionnaire not completed;

Categorical

Avoid stocking up on tempting foods

Phase 2 data. How frequently do you avoid stocking up on tempting foods? 1 = Almost never; 2 = Seldom; 3 = Usually; 4 = Almost always;

Categorical

Avoid stocking up on tempting foods

How frequently do you avoid -stocking up?½ on tempting foods?

Categorical

Avoid stocking up on tempting foods_rescored

New in R8. derived from item 3FEQ_15stockinguptemptingfoods (assessed and cleaned only in the subset n=4810). Note all scores were left the same apart from -1 scores which were removed. How frequently do you avoid stocking up?½ on tempting foods?

Categorical

Derived from 3FEQ_15stockinguptemptingfoods_P2

Phase 2 data. Derived from item 3FEQ_15stockinguptemptingfoods_P2 (assessed and cleaned only in the subset n = 4810). Note all scores were left the same apart from -1 scores which were removed. How frequently do you avoid stocking up® on tempting foods? 1 = Almost never; 2 = Seldom; 3 = Usually; 4 = Almost always; -9 = questionnaire not completed;

Categorical

Conciously eat less than want

How likely are you to consciously eat less than you want?

Categorical

Consciously eat less food

Phase 2 data. How likely are you to consciously eat less than you want? 1 = Unlikely; 2 = Slightly likely; 3 = Moderately likely; 4 = Very likely;

Categorical

Conciously eat less than want_rescored

New in R8. derived from item 3FEQ_16consciouslyeatless (assessed and cleaned only in the subset n=4810). Note all scores were left the same apart from -1 scores which were removed.

Categorical

Derived from 3FEQ_16consciouslyeatless_P2

Phase 2 data. Derived from item 3FEQ_16consciouslyeatless_P2 (assessed and cleaned only in the subset n = 4810). Note all scores were left the same apart from -1 scores which were removed. 1 = Unlikely; 2 = Slightly likely; 3 = Moderately likely; 4 = Very likely; -9 = questionnaire not completed;

Categorical

Binge eating

Phase 2 data. Do you go on eating binges though you are not hungry? 1 = Never; 2 = Rarely; 3 = Sometimes; 4 = At least once a week;

Categorical

Eating binges when not hungry

Do you go on eating binges though you are not hungry?

Categorical

Eating binges when not hungry_rescored

New in R8. derived from item 3FEQ_17eatingbingeswhennothungry (assessed and cleaned only in the subset n=4810). Note all scores were left the same apart from -1 scores which were removed. Do you go on eating binges though you are not hungry?

Categorical

Derived from 3FEQ_17eatingbingeswhennothungry_P2

Phase 2 data. Derived from item 3FEQ_17eatingbingeswhennothungry_P2 (assessed and cleaned only in the subset n = 4810). Note all scores were left the same apart from -1 scores which were removed. Do you go on eating binges though you are not hungry? 1 = Never; 2 = Rarely; 3 = Sometimes; 4 = At least once a week; -1 = missing data; -9 = questionnaire not completed;

Categorical

How restrained when eating

On a scale of 1 to 8 with regards to restraint in eating what number would you give yourself? Where 1 means no restraint in eating and 8 means total restraint.

Categorical

Scale of restraint on eating

Phase 2 data. On a scale of 1 to 8 where 1 means no restraint in eating (eating whatever you want whenever you want it) and 8 means total restraint (constantly limiting food intake and never giving in); what number would you give yourself? 1 = 1 (no restraint in eating ie eating whatever you want and whenever you want it); 2 = 2; 3 = 34 = 4; 5 = 5; 6 = 6; 7 = 7; 8 = 8 (total restraint ie constantly limiting food and never giving in);

Categorical

How restrained when eating_rescored

New in R8. derived by re-scoring item 3FEQ_ 18scaleofrestraint; score of 1 or 2 as 1; 3 or 4 as 2; 5 or 6 as 3 and 7 or 8 as 4 (assessed and cleaned only in the subset n=4810). On a scale of 1 to 4 with regards to restraint in eating what number would you give yourself? Where 1 means no restraint in eating and 4 means total restraint.

Categorical

Re-scored item 3FEQ_ 18scaleofrestraint_P2

Phase 2 data. Derived by re-scoring item 3FEQ_ 18scaleofrestraint_P2; score of 1 or 2 as 1; 3 or 4 as 2; 5 or 6 as 3 and 7 or 8 as 4 (assessed and cleaned only in the subset n = 4810). On a scale of 1 to 4 with regards to restraint in eating what number would you give yourself? Where 1 means no restraint in eating and 4 means total restraint. 1 = 1; 2 = 2; 3 = 3; 4 = 4; -9 = questionnaire not completed; -1 = missing data (this also includes answers which were not consecutive);

Categorical

Smell of meat dfficult to keep from eating even after a meal

When I smell a sizzling steak or juicy piece of meat I find it very difficult to keep from eating even if I have just finished a meal.

Categorical

Smell of meat makes eating more

Phase 2 data. When I smell a sizzling steak or juicy piece of meat I find it very difficult to keep from eating even if I have just finished a meal. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = definitely false; -1 = left blank; -5 = more than one selected; -10 = does not fit with any other instruction;

Categorical

Smell of meat dfficult to keep from eating even after a meal_rescored

New in R8. Derived by re-scoring item 3FEQ_1smellofmeat score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810). When I smell a sizzling steak or juicy piece of meat I find it very difficult to keep from eating even if I have just finished a meal.

Categorical

Re-scored item 3FEQ_1smellofmeat_P2

Phase 2 data. Derived by re-scoring item 3FEQ_1smellofmeat_P2 score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810). When I smell a sizzling steak or juicy piece of meat I find it very difficult to keep from eating even if I have just finished a meal. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Small helpings to control weight

I deliberately take small helpings as a means of controlling my weight.

Categorical

Small helpings to control weight

Phase 2 data. I deliberately take small helpings as a means of controlling my weight. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Small helpings to control weight_rescored

New in R8. derived by re-scoring item 3FEQ_2smallhelpings score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).I deliberately take small helpings as a means of controlling my weight.

Categorical

Re-scored item 3FEQ_2smallhelpings_P2

Phase 2 data. Derived by re-scoring item 3FEQ_2smallhelpings_P2 score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).I deliberately take small helpings as a means of controlling my weight. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Eat when anxious

When I feel anxious I find myself eating.

Categorical

Eating when anxious

Phase 2 data. When I feel anxious; I find myself eating. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Eat when anxious_rescored

New in R8. derived by re-scoring item 3FEQ_3anxiousandeating score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).When I feel anxious I find myself eating.

Categorical

Re-scored item 3FEQ_3anxiousandeating_P2

Phase 2 data. Derived by re-scoring item 3FEQ_3anxiousandeating_P2 score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).When I feel anxious I find myself eating. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Can't stop eating when started

Sometimes when I start eating I just can-t seem to stop.

Categorical

Cant stop eating

Phase 2 data. Sometimes when I start eating; I just can't seem to stop. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Can't stop eating when started_rescored

New in R8. derived by re-scoring item 3FEQ_4startedeatingcantstop score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).Sometimes when I start eating I just cannot seem to stop.

Categorical

Re-scored item 3FEQ_4startedeatingcantstop_P2

Phase 2 data. Derived by re-scoring item 3FEQ_4startedeatingcantstop_P2 score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).Sometimes when I start eating I just cannot seem to stop. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Hungry enough to eat when with someone who is eating

Being with someone who is eating often makes me hungry enough to eat also.

Categorical

When with someone eat more

Phase 2 data. Being with someone who is eating often makes me hungry enough to eat also. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Hungry enough to eat when with someone who is eating_rescored

New in R8. derived by re-scoring item 3FEQ_5withsomeoneeating score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).Being with someone who is eating often makes me hungry enough to eat also.

Categorical

Re-scored item 3FEQ_5withsomeoneeating_P2

Phase 2 data. Derived by re-scoring item 3FEQ_5withsomeoneeating_P2 score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).Being with someone who is eating often makes me hungry enough to eat also. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Overeat when feeling blue

When I feel blue I often overeat.

Categorical

Overeat when feeling down

Phase 2 data. When I feel blue; I often overeat. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Overeat when feeling blue_rescored

New in R8. derived by re-scoring item 3FEQ_6blueandovereating score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).When I feel blue I often overeat.

Categorical

Re-scored item 3FEQ_6blueandovereating_P2

Phase 2 data. Derived by re-scoring item 3FEQ_6blueandovereating_P2 score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).When I feel blue I often overeat. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Eat delicacy straight away

When I see a real delicacy I often get so hungry that I have to eat right away.

Categorical

Delicacy eat right away

Phase 2 data. When I see a real delicacy; I often get so hungry that I have to eat right away. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Eat delicacy straight away_rescored

New in R8. derived by re-scoring item 3FEQ_7delicacyandeatingrightaway; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).When I see a real delicacy I often get so hungry that I have to eat right away.

Categorical

Re-scored item 3FEQ_7delicacyandeatingrightaway_P2

Phase 2 data. Derived by re-scoring item 3FEQ_7delicacyandeatingrightaway_P2; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).When I see a real delicacy I often get so hungry that I have to eat right away. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Stomach feels like bottomless pit

I get so hungry that my stomach often seems like a bottomless pit.

Categorical

Hungry bottomless pit

Phase 2 data. I get so hungry that my stomach often seems like a bottomless pit. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Stomach feels like bottomless pit_rescored

New in R8. derived by re-scoring item 3FEQ_8hungrybottomlesspit; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).I get so hungry that my stomach often seems like a bottomless pit.

Categorical

Re-scored item 3FEQ_8hungrybottomlesspit_P2

Phase 2 data. Derived by re-scoring item 3FEQ_8hungrybottomlesspit_P2; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).I get so hungry that my stomach often seems like a bottomless pit. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Stop eating before finished food on plate

I am always hungry so it is hard for me to stop eating before I finish the food on my plate.

Categorical

Hunger stops finish food on plate

Phase 2 data. I am always hungry so it is hard for me to stop eating before I finish the food on my plate. 1 = Definitely true; 2 = Mostly true; 3 = Mostly false; 4 = Definitely false;

Categorical

Stop eating before finished food on plate_rescored

New in R8. derived by re-scoring item 3FEQ_9finishfoodonplate; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).I am always hungry so it is hard for me to stop eating before I finish the food on my plate.

Categorical

Re-scored item 3FEQ_9finishfoodonplate_P2

Phase 2 data. Derived by re-scoring item 3FEQ_9finishfoodonplate_P2; score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n = 4810).I am always hungry so it is hard for me to stop eating before I finish the food on my plate. 1 = Definitely false; 2 = Mostly false; 3 = Mostly true; 4 = Definitely true (a decimal value was allowed for answers with a range); -1 = missing data; -9 = questionnaire not completed;

Categorical

Date finished to fill in e3FEQ qnr

Phase 2 data. Date the participant finished filling in the Electronic Online 3FEQ questionnaire.

Date

Date started to fill in e3FEQ qnr

Phase 2 data. Date the participant started to fill in the Electronic Online 3FEQ questionnaire.

Date

None

Phase 2 data. Data status variable to log user progress. Has the volunteer started filling in the eForm? 0 = no; 1 = yes;

Categorical

None

Phase 2 data. Data status variable to log user progress. Has the volunteer finished filling in the eForm? 0 = no; 1 = yes;

Categorical

e3FEQ questionnaire participant ID

Phase 2 data. Electronic 3FEQ questionnaire-specicifc participant ID number.

Text

e3FEQ questionnaire ID number

Phase 2 data. Electronic 3FEQ questionnaire ID number for version control.

Text

e3FEQ questionnaire ID name

Phase 2 data. Electronic 3FEQ questionnaire ID name for version control.

Text

Study phase e3FEQ questionnaire

Phase 2 data. Study phase the Electronic 3FEQ questionnaire was used for.

Text

Time finished to fill in e3FEQ qnr

Phase 2 data. Time the participant finished filling in the Electronic Online3FEQ questionnaire.

Time

Time started to fill in e3FEQ qnr

Phase 2 data. Time the participant started to fill in the Electronic Online 3FEQ questionnaire.

Time

None

Phase 2 data. Please enter your 3-digit pin (on electronic form).

Integer

e3FEQ questionnaire version date

Phase 2 data. Electronic 3FEQ questionnaire version date for version control.

Text

e3FEQ questionnaire version no

Phase 2 data. Electronic 3FEQ questionnaire version number for version control.

Integer

e3FEQ qnr web form version no

Phase 2 data. Electronic 3FEQ questionnaire web form version number for version control.

Text

Emotional eating

New in R8. raw score for Emotional Eating subscale of TFEQ-18 score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).Data derived by calculating (mean of 3FEQ_Z_Rescored items where Z=3; 6 or10)*3.

Real

None

Phase 2 data.

Categorical

Emotional eating

New in R8. Score for Emotional Eating subscale of 3FEQ_EmotionalRAW on a scale of 0-100 [(raw score - lowest possible raw score)/possible raw score range) * 100] (assessed and cleaned only in the subset n=4810).Derived by calculating ((3FEQ_EmotionalRAW-3)/9)*100.

Categorical

Score for emotional eating

Phase 2 data. Score for Emotional Eating subscale of 3FEQ_EmotionalRAW_P2 on a scale of 0-100 (raw score - lowest possible raw score)/possible raw score range) * 100 (assessed and cleaned only in the subset n = 4810).Derived by calculating ((3FEQ_EmotionalRAW-3)/9)*100. -1 = missing data; number = score; -9 = questionnaire not completed;

Categorical

Three-Factor Eating Questionnaire version

Three-Factor Eating Questionnaire version number.

Categorical

Restrained eating

New in R8. Score for Restrained Eating subscale of 3FEQ_RestraintRAW on a scale of 0-100 (assessed and cleaned only in the subset n=4810).Derived by calculating [(raw score - lowest possible raw score)/possible raw score range) * 100] ((3FEQ_RestraintRAW-6)/18)*100.

Real

Score for restrained eating

Phase 2 data. Score for Restrained Eating subscale of 3FEQ_RestraintRAW_P2 on a scale of 0-100 (assessed and cleaned only in the subset n = 4810).Derived by calculating (raw score - lowest possible raw score)/possible raw score range) * 100 ((3FEQ_RestraintRAW-6)/18)*100. -1 = missing data; -9 = questionnaire not completed;

Categorical

Restrained eating

New in R8. raw score for Restrained Eating subscale of TFEQ-18 (assessed and cleaned only in the subset n=4810).Data derived by calculating (mean of 3FEQ_X_Rescored items where X=2; 11; 12; 15; 16 or 18)*6.

Real

None

Phase 2 data.

Categorical

Uncontrolled eating

New in R8. raw score Uncontrolled Eating subscale of TFEQ-18 score of 1 as 4; 2 as 3; 3 as 2 and 4 as 1 (assessed and cleaned only in the subset n=4810).Data derived by calculating (mean of 3FEQ_Y_Rescored items where Y = 1; 4; 5; 7; 8; 9; 13; 14 or 17)*9.

Real

None

Phase 2 data.

Categorical

Uncontrolled eating

New in R8. Score for Uncontrolled Eating subscale of 3FEQ_UncontrolledRAW on a scale of 0-100 [(raw score - lowest possible raw score)/possible raw score range) * 100] (assessed and cleaned only in the subset n=4810).Derived by calculating ((3FEQ_UncontrolledRAW-9)/27)*100.

Categorical

Score for uncontrolled eating

Phase 2 data. Score for Uncontrolled Eating subscale of 3FEQ_UncontrolledRAW on a scale of 0-100 (raw score - lowest possible raw score)/possible raw score range) * 100 (assessed and cleaned only in the subset n = 4810).Derived by calculating ((3FEQ_UncontrolledRAW-9)/27)*100. -1 = missing data; number = score; -9 = questionnaire not completed;

Categorical

Visible fat

What did you do with the visible fat on your meat? After cleaning this variable is renamed as VISIBLE_FAT which is then used by the FETA program for analysis.

Categorical

Visible fat ERROR CODES CLEANED

What did you do with the visible fat on your meat? After cleaning this variable is renamed as VISIBLE_FAT which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding down to previous whole number. This question asks about the consumption of visible fat on meat (beef pork lamb etc). Variable name prior to Release 7 is A10VisibleFat_ADWN.

Categorical

Visible fat

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads What did you do with the visible fat on your meat? 1 = Ate most of the fat; 2 = Ate some of the fat; 3 = Ate as little as possible; 4 = Did not eat meat; -1 = left blank; -5 = more than one selected;

Categorical

Grilled frequency

How often did you eat grilled or roast meat? If a decimal was provided Data entry has been told to round down if it is < 0.5 or up if it is >= 0.5. Not mapped to FETA variable since not used by FETA.

Categorical

Grilled frequency ERROR CODES CLEANED

How often did you eat grilled or roast meat? If a decimal was provided Data entry has been told to round down if it is < 0.5 or up if it is >= 0.5. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up where values are >/0.5 and down if value is <0.5. Variable name prior to Release 7 is A11GrilledFreq_ANAT.

Categorical

Grilled frequency

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads How often did you eat grilled or roast meat

Categorical

Cooked

How well cooked did you usually have grilled or roast meat? Not mapped to FETA variable since not used by FETA.

Categorical

Cooked ERROR CODES CLEANED

How well cooked did you usually have grilled or roast meat? Not mapped to FETA variable since not used by FETA. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding down to previous whole number. Variable name prior to Release 7 is A12Cooked_ADWN.

Categorical

None

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads How well cooked did you usually have grilled or roast meat? 1 = Well done/dark brown; 2 = Medium; 3 = Lightly cooked/rare; 4 = Did not eat meat; -1 = left blank; -5 = more than one selected;

Categorical

Cooking salt use

How often did you add salt to food while cooking? Not mapped to FETA variable since not used by FETA.

Categorical

Cooking salt use ERROR CODES CLEANED

How often did you add salt to food while cooking? Not mapped to FETA variable since not used by FETA. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding down to previous whole number. Variable name prior to Release 7 is A13CookingSalt_ADWN.

Categorical

Cooking salt use

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads How often did you add salt to food while cooking? 1 = Always; 2 = Usually; 3 = Sometimes; 4 = Rarely; -1 = left blank; -5 = more than one selected;

Categorical

Table salt use

How often did you add salt to any food at the table? Not mapped to FETA variable since not used by FETA.

Categorical

Table salt use ERROR CODES CLEANED

How often did you add salt to any food at the table? Not mapped to FETA variable since not used by FETA. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding down to previous whole number. Variable name prior to Release 7 is A14TableSalt_ADWN.

Categorical

Table salt use

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads How often did you add salt to any food at the table? 5 = Never; -1 = left blank; -5 = more than one selected;

Categorical

Salt substitute use

Did you regularly use a salt substitute? Not mapped to FETA variable since not used by FETA.

Categorical

Salt substitute used

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Did you regularly use a salt substitute? 2 = Yes; 3 = No; -1 = left blank; -5 = more than one selected;

Categorical

Brand of salt substitute used

Did you regularly use a salt substitute? Not mapped to FETA variable since not used by FETA. If yes (regularly use salt substitute) which brand of salt substitute? Not mapped to FETA variable since not used by FETA

Text

Brand of salt subsitute

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Brand of salt substitute

Text

Supplements use

Have you taken any vitamins minerals fish oils fibre or other food supplements during the past year? Not mapped to FETA variable since not used by FETA.

Categorical

Supplements use

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Have you taken any vitamins during the past year? 2 = Yes; 3 = No; -1 = left blank; -5 = more than one selected;

Categorical

Brand of vitamin supplement 1

If yes list name and Brand of vitamin supplement 1. Not mapped to FETA variable since not used by FETA

Text

Brand of vitamin supplement 1

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Name and brand of supplements

Text

Frequency of vitamin supplement 1

If yes list Frequency of vitamin supplement 1. Not mapped to FETA variable since not used by FETA

Text

Frequency of vitamin supplement 1

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Frequency of supplements

Text

Brand of vitamin supplement 2

If yes list name and Brand of vitamin supplement 2. Not mapped to FETA variable since not used by FETA

Text

Brand of vitamin supplement 2

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Name and brand of supplements

Text

Frequency of vitamin supplement 2

If yes list Frequency of vitamin supplement 2. Not mapped to FETA variable since not used by FETA

Text

Frequency of vitamin supplement 2

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Frequency of supplements

Text

Brand of vitamin supplement 3

If yes list name and Brand of vitamin supplement 3. Not mapped to FETA variable since not used by FETA

Text

Brand of vitamin supplement 3

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Name and brand of supplements

Text

Frequency of vitamin supplement 3

If yes list Frequency of vitamin supplement 3. Not mapped to FETA variable since not used by FETA

Text

Frequency of vitamin supplement 3

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Frequency of supplements

Text

Brand of vitamin supplement 4

If yes list name and Brand of vitamin supplement 4. Not mapped to FETA variable since not used by FETA

Text

Brand of vitamin supplement 4

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Name and brand of supplements

Text

Frequency of vitamin supplement 4

If yes list Frequency of vitamin supplement 4. Not mapped to FETA variable since not used by FETA

Text

Frequency of vitamin supplement 4

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Frequency of supplements

Text

Brand of vitamin supplement 5

If yes list name and Brand of vitamin supplement 5. Not mapped to FETA variable since not used by FETA

Text

Brand of vitamin supplement 5

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Name and brand of supplements

Text

Frequency of vitamin supplement 5

If yes list Frequency of vitamin supplement 5. Not mapped to FETA variable since not used by FETA

Text

Frequency of vitamin supplement 5

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Frequency of supplements

Text

Brand of vitamin supplement 6

If yes list name and Brand of vitamin supplement 6. Not mapped to FETA variable since not used by FETA

Text

Brand of vitamin supplement 6

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Name and brand of supplements

Text

Frequency of vitamin supplement 6

If yes list Frequency of vitamin supplement 6. Not mapped to FETA variable since not used by FETA

Text

Frequency of vitamin supplement 6

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Frequency of supplements

Text

Brand of vitamin supplement 7

If yes list name and Brand of vitamin supplement 7. Not mapped to FETA variable since not used by FETA

Text

Brand of vitamin supplement 7

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Name and brand of supplements

Text

Frequency of vitamin supplement 7

If yes list Frequency of vitamin supplement 7. Not mapped to FETA variable since not used by FETA

Text

Frequency of vitamin supplement 7

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Frequency of supplements

Text

Brand of vitamin supplement 8

If yes list name and Brand of vitamin supplement 8. Not mapped to FETA variable since not used by FETA

Text

Brand of vitamin supplement 8

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Name and brand of supplements

Text

Frequency of vitamin supplement 8

If yes list Frequency of vitamin supplement 8. Not mapped to FETA variable since not used by FETA

Text

Frequency of vitamin supplement 8

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Frequency of supplements

Text

Name of other food 1 eaten more than once per week

If yes please list Name of other food 1 eaten more than once per week. Not mapped to FETA variable since not used by FETA.

Categorical

Name of other food 1 eaten more than once per week

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Text

Number of times food 1 eaten each week

If yes please list Number of times food 1 eaten each week. Not mapped to FETA variable since not used by FETA.

Categorical

Number of times food 1 eaten each week

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Usual serving size for food 1

If yes please list Usual serving size for food 1. Not mapped to FETA variable since not used by FETA.

Categorical

Usual serving size for food 1

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Name of other food 2 eaten

If yes please list Name of other food 2 eaten more than once per week. Not mapped to FETA variable since not used by FETA.

Categorical

Name of other food 2 eaten more than once per week

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Text

Number of times food 2 eaten each week

If yes please list Number of times food 2 eaten each week. Not mapped to FETA variable since not used by FETA.

Categorical

Number of times food 2 eaten each week

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Usual serving size for food 2

If yes please list Usual serving size for food 2. Not mapped to FETA variable since not used by FETA.

Categorical

Usual serving size for food 2

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Name of other food 3 eaten

If yes please list Name of other food 3 eaten more than once per week. Not mapped to FETA variable since not used by FETA.

Categorical

Name of other food 3 eaten more than once per week

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Text

Number of times food 3 eaten each week

If yes please list Number of times food 3 eaten each week. Not mapped to FETA variable since not used by FETA.

Categorical

Number of times food 3 eaten each week

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Usual serving size for food 3

If yes please list Usual serving size for food 3. Not mapped to FETA variable since not used by FETA.

Categorical

Usual serving size for food 3

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Name of other food 4 eaten

If yes please list Name of other food 4 eaten more than once per week. Not mapped to FETA variable since not used by FETA.

Categorical

Name of other food 4 eaten

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Text

Number of times food 4 eaten each week

If yes please list Number of times food 4 eaten each week. Not mapped to FETA variable since not used by FETA.

Categorical

Number of times food 4 eaten each week

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Usual serving size for food 4

If yes please list Usual serving size for food 4. Not mapped to FETA variable since not used by FETA.

Categorical

Usual serving size for food 4

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Name of other food 5 eaten

If yes please list Name of other food 5 eaten more than once per week. Not mapped to FETA variable since not used by FETA.

Categorical

Name of other food 5 eaten

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Text

Number of times food 5 eaten each week

If yes please list Number of times food 5 eaten each week. Not mapped to FETA variable since not used by FETA.

Categorical

Number of times food 5 eaten each week

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Usual serving size for food 5

If yes please list Usual serving size for food 5. Not mapped to FETA variable since not used by FETA.

Categorical

Usual serving size for food 5

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Name of other food 6 eaten

If yes please list Name of other food 6 eaten more than once per week. Not mapped to FETA variable since not used by FETA.

Categorical

Name of other food 6 eaten

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Text

Number of times food 6 eaten each week

If yes please list Number of times food 6 eaten each week. Not mapped to FETA variable since not used by FETA.

Categorical

Number of times food 6 eaten each week

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Usual serving size for food 6

If yes please list Usual serving size for food 6. Not mapped to FETA variable since not used by FETA.

Categorical

Usual serving size for food 6

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Other foods eaten

Categorical

Other foods eaten >1 per week

Are there any other foods which you ate more than once a week in the last year? Not mapped to FETA variable since not used by FETA.

Categorical

Other foods eaten >1 per week

Phase 2 data.

Text

Milk used

What type of milk did you most often use? Data translated manually into new variable MILK_FOOD using the milk_Lookuplist_161111. This new variable was then used by FETA.

Categorical

Other milk used

What type of milk did you most often use? - Other Milks in the last year. Data translated manually into new variable MILK_FOOD using the milk_Lookuplist_161111. This new variable was then used by FETA.

Text

Other milk used

Phase 2 data.

Text

Milk amount

How much milk did you drink each day including milk with tea coffee cereals etc in the last year? Data translated manually into new variable MILK_FREQUENCY which was then used by FETA.

Categorical

Milk amount

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads How much milk did you drink each day including milk with tea coffee cereals etc? 1 = None; 2 = Quarter of a pint; 3 = Half a pint; 4 = Three quarters of a pint; 5 = One pint; 6 = More than one pint; -1 = left blank; -5 = more than one selected;

Categorical

Breakfast Cereal

Did you usually eat breakfast cereal (excluding porridge and ready break mentioned earlier) in the last year? Data translated manually into new variable CEREAL_FOOD using the cereal_Lookuplist_130812. This new variable was then used by FETA.

Categorical

Breakfast Cereal

Phase 2 data.

Text

Brand breakfast cereal 1

If yes which type of breakfast cereal inclusing muesli did you usually eat? Brand of breakfast cereal 1. Data translated manually into new variable CEREAL_FOOD using the cereal_Lookuplist_130812. This new variable was then used by FETA.

Text

Brand breakfast cereal 1

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Brand of breakfast cereal.

Text

Type breakfast cereal 1

If yes which type of breakfast cereal inclusing muesli did you usually eat? Type of breakfast cereal 1. Data translated manually into new variable CEREAL_FOOD using the cereal_Lookuplist_130812. This new variable was then used by FETA.

Text

Type breakfast cereal 1

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Type of breakfast cereal.

Text

Brand breakfast cereal 2

If yes which type of breakfast cereal inclusing muesli did you usually eat? Brand of breakfast cereal 2. Data translated manually into new variable CEREAL_FOOD using the cereal_Lookuplist_130812. This new variable was then used by FETA.

Text

Brand breakfast cereal 2

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Brand of breakfast cereal.

Text

Type breakfast cereal 2

If yes which type of breakfast cereal inclusing muesli did you usually eat? Type of breakfast cereal 2. Data translated manually into new variable CEREAL_FOOD using the cereal_Lookuplist_130812. This new variable was then used by FETA.

Text

Type breakfast cereal 2

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Type of breakfast cereal.

Text

Fat used for frying

What kind of fat did you most often use for frying roasting grilling etc in the last year? Select one only. Data translated manually into new variable FAT_FRYING_FOOD using the fats_Lookuplist_161111. This new variable was then used by FETA.

Categorical

Fat used for frying

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads What kind of fat did you most often use for frying roasting grilling etc

Categorical

Other frying fat

If you used vegetable oil please give type eg. Corn sunflower. Data translated manually into new variable FAT_FRYING_FOOD using the fats_Lookuplist_161111. This new variable was then used by FETA.

Text

Other frying fat

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads If you used vegetable oil please give type eg. corn sun?ower

Text

Fat used for baking

What kind of fat did you most often use for baking cakes etc? select one only. Data translated manually into new variable FAT_BAKING_FOOD using the fats_Lookuplist_161111. This new variable was then used by FETA.

Categorical

Fat used for baking

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads What kind of fat did you most often use for baking cakes etc

Categorical

Other baking fat

If you used margarine please give name or type eg Flora Stork. Data translated manually into new variable FAT_BAKING_FOOD using the fats_Lookuplist_161111. This new variable was then used by FETA.

Text

Other baking fat

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads If you used vegetable oil please give type eg. corn sun?ower

Text

Eat home fried food

How often did you eat food that was fried at home? Not mapped to FETA variable since not used by FETA.

Categorical

Eat home fried food ERROR CODES CLEANED

How often did you eat food that was fried at home? Not mapped to FETA variable since not used by FETA. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding down to previous whole number. Variable name for release prior to Release 7 is A8HomeFried_ADWN.

Categorical

Eat home fried food

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads How often did you eat food that was fried at home

Categorical

Eat away fried food

How often did you eat fried food away from home? Not mapped to FETA variable since not used by FETA.

Categorical

Eat away fried food ERROR CODES CLEANED

How often did you eat fried food away from home? Not mapped to FETA variable since not used by FETA. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding down to previous whole number. Variable name for release prior to Release 7 is A9AwayFried_ADWN.

Categorical

Eat away fried food

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads How often did you eat food that was fried at home

Categorical

OLINK assay AARSD1

Phase 1 OLINK assay data for target AARSD1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ABHD14B

Phase 1 OLINK assay data for target ABHD14B in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ABL1

Phase 1 OLINK assay data for target ABL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ACAN

Phase 1 OLINK assay data for target ACAN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Acc_No

Accelerometer serial number

Text

General cmnts wrist acc day1

Phase 2 data. General comments (wrist accelerometer) on day 1 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -2 = no data entered AND wrist acc column header crossed through; -8 = text illegible

Text

General cmnts wrist acc day2

Phase 2 data. General comments (wrist accelerometer) on day 2 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -2 = no data entered AND wrist acc column header crossed through; -8 = text illegible

Text

General cmnts wrist acc day3

Phase 2 data. General comments (wrist accelerometer) on day 3 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -2 = no data entered AND wrist acc column header crossed through; -8 = text illegible

Text

General cmnts wrist acc day4

Phase 2 data. General comments (wrist accelerometer) on day 4 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -2 = no data entered AND wrist acc column header crossed through; -8 = text illegible

Text

General cmnts wrist acc day5

Phase 2 data. General comments (wrist accelerometer) on day 5 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -2 = no data entered AND wrist acc column header crossed through; -8 = text illegible

Text

General cmnts wrist acc day6

Phase 2 data. General comments (wrist accelerometer) on day 6 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -2 = no data entered AND wrist acc column header crossed through; -8 = text illegible

Text

General cmnts wrist acc day7

Phase 2 data. General comments (wrist accelerometer) on day 7 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -2 = no data entered AND wrist acc column header crossed through; -8 = text illegible

Text

Reason take off wrist acc day1

Phase 2 data. Reason for taking off (wrist accelerometer) on day 1 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off wrist acc day2

Phase 2 data. Reason for taking off (wrist accelerometer) on day 2 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off wrist acc day3

Phase 2 data. Reason for taking off (wrist accelerometer) on day 3 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off wrist acc day4

Phase 2 data. Reason for taking off (wrist accelerometer) on day 4 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off wrist acc day5

Phase 2 data. Reason for taking off (wrist accelerometer) on day 5 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off wrist acc day6

Phase 2 data. Reason for taking off (wrist accelerometer) on day 6 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off wrist acc day7

Phase 2 data. Reason for taking off (wrist accelerometer) on day 7 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Time wrist acc taken off day1

Phase 2 data. What time did you take off the wrist accelerometer on day 1 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc taken off day2

Phase 2 data. What time did you take off the wrist accelerometer on day 2 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc taken off day3

Phase 2 data. What time did you take off the wrist accelerometer on day 3 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc taken off day4

Phase 2 data. What time did you take off the wrist accelerometer on day 4 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc taken off day5

Phase 2 data. What time did you take off the wrist accelerometer on day 5 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc taken off day6

Phase 2 data. What time did you take off the wrist accelerometer on day 6 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc taken off day7

Phase 2 data. What time did you take off the wrist accelerometer on day 7 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Final date Wrist monitor taken off

Phase 2 data. Date of Final time taken off wrist accelerometer monitor dd/mm/yyyy. -1 = left blank or crossed through; -8 = text illegible

Date

Final time Wrist monitor taken off

Phase 2 data. Date of Final time taken off wrist accelerometer monitor (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Date

Time wrist acc put back on day1

Phase 2 data. What time did you put the wrist accelerometer back on on day 1 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc put back on day2

Phase 2 data. What time did you put the wrist accelerometer back on on day 2 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc put back on day3

Phase 2 data. What time did you put the wrist accelerometer back on on day 3 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc put back on day4

Phase 2 data. What time did you put the wrist accelerometer back on on day 4 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc put back on day5

Phase 2 data. What time did you put the wrist accelerometer back on on day 5 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc put back on day6

Phase 2 data. What time did you put the wrist accelerometer back on on day 6 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time wrist acc put back on day7

Phase 2 data. What time did you put the wrist accelerometer back on on day 7 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

OLINK assay ACE2

Phase 1 OLINK assay data for target ACE2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

ace_inhibitor

Phase 2 data. Binary variable indicating whether a drug from the ace inhibitor class was prescribed. 0: No 1: Yes

Categorical

AcOrn_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable AcOrn_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. 2nd and final QC step on this var created new and final var BIOA_023.

Real

OLINK assay ACP6

Phase 1 OLINK assay data for target ACP6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Cln variable: Active comp games hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Active computer games. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Active computer games hrs

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in hours) you spent doing the activity per episode. Active computer games. -1 = left blank. DO NOT USE THIS VARIABLE. Use ActiveComputerHr_CLEAN_P2 instead.

Real

Cln variable: Active comp games min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Active computer games. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Active computer games min

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Active computer games. -1 = left blank. DO NOT USE THIS VARIABLE. Use ActiveComputerMin_CLEAN_P2 instead.

Real

Cln variable: Active computer games

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Active computer games. Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed;

Categorical

Active computer games

Phase 2 data. Questionnaire reads D14. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Active computer games. PAPER FORMS ONLY: Data entered using data entry template with 1-3-4-5-6-7-8 codes. 1 = none; 3 = once in last 4 wks; 4 = 2-3 times in last 4 wks; 5 = once a week; 6 = 2-3 times a wk; 7 = 4-5 times a week; 8 = every day; -1 = left blank; -5 = more than 1 selected; ELECTRONIC FORMS: 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; DO NOT USE THIS VARIABLE. Use ActiveComputer_CLEAN_P2 instead.

Real

Active computer games

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Active computer games. Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

ActivPALPosition

Position on body where ActivPAL was placed to perform the measurement

Text

ActivPAL_No

Serial number of the ActivPAL

Text

ACTMETS

Total activity energy expenditure discounting resting [net METhrs/d]

Real

Total AEE discounting resting

Phase 2 data. Derived with method 2. Total activity energy expenditure discounting resting net METhrs/d

Real

ACTMETS_w_UNACCtime

Activity EE incl AEE for unaccounted time for active getting about [net METhrs/d]

Real

ACTMETS inc of unaccounted hrs

Phase 2 data. Derived with method 2. Activity EE inc AEE for unaccounted time for active getting about net METhrs/d

Real

Cln variable: Other activity 1 hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Other activity 1. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Other activity 1 hrs

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in hours) you spent doing the activity per episode. Other activity 1. -1 = left blank. DO NOT USE THIS VARIABLE. Use Act_Other1Hr_CLEAN_P2 instead.

Real

Cln variable: Other activity 1 min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Other activity 1. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Other activity 1 min

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Other activity 1. -1 = left blank. DO NOT USE THIS VARIABLE. Use Act_Other1Min_CLEAN_P2 instead.

Real

Name of other acitivity

Phase 2 data. Name of Other activity 1. -1 = left blank;

Text

Cln variable: Other activity 1

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other activity 1 (with no similarity to any listed). Error codes cleaned by DMT; -10 error codes cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank;

Categorical

Other activity 1

Phase 2 data. Questionnaire reads D14. You should try and classify all the activities you do in the list above. If however you do activities which have no similarity with any of those listed above please mention here. Other activity 1. PAPER FORMS ONLY: Data entered using data entry template with 1-3-4-5-6-7-8 codes. 1 = none; 3 = once in last 4 wks; 4 = 2-3 times in last 4 wks; 5 = once a week; 6 = 2-3 times a wk; 7 = 4-5 times a week; 8 = every day; -1 = left blank; -5 = more than 1 selected; ELECTRONIC FORMS: 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; DO NOT USE THIS VARIABLE. Use Act_Other1_CLEAN_P2 instead.

Categorical

Other activity 1

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other activity 1 (with no similarity to any listed). Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Cln variable: Other activity 2 hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Other activity 2. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Other activity 2 hrs

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in hours) you spent doing the activity per episode. Other activity 2. -1 = left blank. DO NOT USE THIS VARIABLE. Use Act_Other2Hr_CLEAN_P2 instead.

Real

Cln variable: Other activity 2 min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Other activity 2. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Other activity 2 min

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Other activity 2. -1 = left blank. DO NOT USE THIS VARIABLE. Use Act_Other2Min_CLEAN_P2 instead.

Real

Name of other acitivity

Phase 2 data. Name of Other activity 2. -1 = left blank;

Text

Cln variable: Other activity 2

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other activity 1 (with no similarity to any listed). Error codes cleaned by DMT; -10 error codes cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank;

Categorical

Other activity 2

Phase 2 data. Questionnaire reads D14. You should try and classify all the activities you do in the list above. If however you do activities which have no similarity with any of those listed above please mention here. Other activity 2. PAPER FORMS ONLY: Data entered using data entry template with 1-3-4-5-6-7-8 codes. 1 = none; 3 = once in last 4 wks; 4 = 2-3 times in last 4 wks; 5 = once a week; 6 = 2-3 times a wk; 7 = 4-5 times a week; 8 = every day; -1 = left blank; -5 = more than 1 selected; ELECTRONIC FORMS: 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; DO NOT USE THIS VARIABLE. Use Act_Other2_CLEAN_P2 instead.

Categorical

Other activity 2

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other activity 2 (with no similarity to any listed). Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Other Sports

Phase 2 data. Asked on electronic form only. Hence where left blank data could still exist for Act_Other1Text_P2 and Act_Other2Text_P2 as it has come from the paper questionnaire. 1 = yes; 2 = no; blank or = data not collected so instead use Act_Other1Text_P2 and Act_Other2Text_P2;

Categorical

Date of scan

Date of test/scan

Date

DEXA operator

DEXA operator. Entered by operator before DEXA scan

Categorical

Overall total bone mineral content in grams

New in R7. Overall total bone mass (bone mineral content) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Overall total bone mineral content

Phase 2 data. Overall total bone mass (bone mineral content) in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Overall total bone mineral content in grams

Overall total bone mass (bone mineral content) in grams. Raw data from DEXA Lunar Prodigy.

Real

Overall total bone mineral content

Phase 2 data. Overall total bone mass (bone mineral content) in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD04i_iDEXA_Total_bone_mass_P2); -9 = Missing data;

Real

Overall total tissue fat mass in grams

New in R7. Overall total fat mass (tissue fat mass) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Overall total tissue fat mass

Phase 2 data. Overall total fat mass (tissue fat mass) in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Overall total tissue fat mass in grams

Overall total fat mass(tissue fat mass) in grams. Raw data from DEXA Lunar Prodigy.

Real

Overall total tissue fat mass

Phase 2 data. Overall total fat mass(tissue fat mass) in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD05i_iDEXA_Total_fat_mass_P2AD05i_iDEXA_Total_fat_mass_P2); -9 = Missing data;

Real

Overall total tissue lean mass in grams

New in R7. Overall total lean mass (tissue lean mass) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Overall total tissue lean mass

Phase 2 data. Overall total lean mass (tissue lean mass) in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Overall total tissue lean mass in grams

Overall total lean mass(tissue lean mass) in grams. Raw data from DEXA Lunar Prodigy.

Real

Overall total tissue lean mass

Phase 2 data. Overall total lean mass (tissue lean mass) in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD06i_iDEXA_Total_lean_mass_P2); -9 = Missing data;

Real

Overall left bone mineral content in grams

New in R7. Overall left bone mineral content in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Overall left bone mineral content

Phase 2 data. Overall left bone mineral content in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Overall left bone mineral content in grams

Overall left bone mineral content in grams. Raw data from DEXA Lunar Prodigy.

Real

Overall left bone mineral content

Phase 2 data. Overall left bone mineral content in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD07i_iDEXA_Left_total_bone_mass_P2); -9 = Missing data;

Real

Overall left tissue fat mass in grams

New in R7. Overall left tissue fat mass in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Overall left tissue fat mass

Phase 2 data. Overall left tissue fat mass in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Overall left tissue fat mass in grams

Overall left tissue fat mass in grams. Raw data from DEXA Lunar Prodigy.

Real

Overall left tissue fat mass

Phase 2 data. Overall left tissue fat mass in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD08i_iDEXA_Left_total_fat_mass_P2); -9 = Missing data;

Real

Overall left tissue lean mass in grams

New in R7. Overall left tissue lean mass in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Overall left tissue lean mass

Phase 2 data. Overall left tissue lean mass in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Overall left tissue lean mass in grams

Overall left tissue lean mass in grams. Raw data from DEXA Lunar Prodigy.

Real

Overall left tissue lean mass

Phase 2 data. Overall left tissue lean mass in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD09i_iDEXA_Left_total_lean_mass_P2); -9 = Missing data;

Real

Overall right bone mineral content in grams

New in R7. Overall right bone mineral content in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Overall right bone mineral content

Phase 2 data. Overall right bone mineral content in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Overall right bone mineral content in grams

Overall right bone mineral content in grams. Raw data from DEXA Lunar Prodigy

Real

Overall right bone mineral content

Phase 2 data. Overall right bone mineral content in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD10i_iDEXA_Right_total_bone_mass_P2); -9 = Missing data;

Real

Overall right tissue fat mass in grams

New in R7. Overall right tissue fat mass in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Overall right tissue fat mass

Phase 2 data. Overall right tissue fat mass in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Overall right tissue fat mass in grams

Overall right tissue fat mass in grams. Raw data from DEXA Lunar Prodigy.

Real

Overall right tissue fat mass

Phase 2 data. Overall right tissue fat mass in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD11i_iDEXA_Right_total_fat_mass_P2); -9 = Missing data;

Real

Overall right tissue lean mass in grams

New in R7. Overall right tissue lean mass in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Overall right tissue lean mass

Phase 2 data. Overall right tissue lean mass in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Overall right tissue lean mass in grams

Overall right tissue lean mass in grams. Raw data from DEXA Lunar Prodigy.

Real

Overall right tissue lean mass

Phase 2 data. Overall right tissue lean mass in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD12i_iDEXA_Right_total_lean_mass_P2); -9 = Missing data;

Real

Total bone mineral content of two arms in grams

New in R7. Total bone mineral content of two arms in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Total bone mineral content of 2 arms

Phase 2 data. Total bone mineral content of two arms in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Total bone mineral content of two arms in grams

Total bone mineral content of two arms in grams. Raw data from DEXA Lunar Prodigy.

Real

Total bone mineral content of 2arms

Phase 2 data. Total bone mineral content of two arms in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD13i_iDEXA_arms_bone_mass_P2); -9 = Missing data;

Real

Total tissue fat mass of two arms in grams

New in R7. Total tissue fat mass of two arms in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Total tissue fat mass of 2 arms

Phase 2 data. Total tissue fat mass of two arms in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Total tissue fat mass of two arms in grams

Total tissue fat mass of two arms in grams. Raw data from DEXA Lunar Prodigy.

Real

Total tissue fat mass of two arms

Phase 2 data. Total tissue fat mass of two arms in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD14i_iDEXA_arms_fat_mass_P2); -9 = Missing data;

Real

Total tissue lean mass of two arms in grams

New in R7. Total tissue lean mass of two arms in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Total tissue lean mass of 2 arms

Phase 2 data. Total tissue lean mass of two arms in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Total tissue lean mass of two arms in grams

Total tissue lean mass of two arms in grams. Raw data from DEXA Lunar Prodigy.

Real

Total tissue lean mass of two arms

Phase 2 data. Total tissue lean mass of two arms in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD15i_iDEXA_arms_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content in left arm in grams

New in R7. Bone mineral content in left arm in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Bone mineral content in left arm

Phase 2 data. Bone mineral content in left arm in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content in left arm in grams

Bone mineral content in left arm in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content in left arm

Phase 2 data. Bone mineral content in left arm in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD16i_iDEXA_Left_arm_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass in left arm in grams

New in R7. Tissue fat mass in left arm in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Tissue fat mass in left arm

Phase 2 data. Tissue fat mass in left arm in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue fat mass in left arm in grams

tissue fat mass in left arm in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue fat mass in left arm

Phase 2 data. tissue fat mass in left arm in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD17i_iDEXA_Left_arm_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass in left arm in grams

New in R7. Tissue lean mass in left arm in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. Calculation and or check: Indirectly with sum of mass. Total mass.

Real

Tissue lean mass in left arm

Phase 2 data. Tissue lean mass in left arm in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass in left arm in grams

tissue lean mass in left arm in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass in left arm

Phase 2 data. tissue lean mass in left arm in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD18i_iDEXA_Left_arm_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content in right arm in grams

New in R7. Bone mineral content in right arm in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Bone mineral content in right arm

Phase 2 data. Bone mineral content in right arm in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content in right arm in grams

bone mineral content in right arm in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content in right arm

Phase 2 data. bone mineral content in right arm in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD19i_iDEXA_Right_arm_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass in right arm in grams

New in R7. Tissue fat mass in right arm in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue fat mass in right arm

Phase 2 data. Tissue fat mass in right arm in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue fat mass in right arm in grams

tissue fat mass in right arm in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue fat mass in right arm

Phase 2 data. tissue fat mass in right arm in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD20i_iDEXA_Right_arm_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass in right arm in grams

New in R7. Tissue lean mass in right arm in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue lean mass in right arm

Phase 2 data. Tissue lean mass in right arm in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass in right arm in grams

tissue lean mass in right arm in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass in right arm

Phase 2 data. tissue lean mass in right arm in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD21i_iDEXA_Right_arm_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content of trunk torso & pelvis in grams

New in R7. Bone mineral content of trunk (torso & pelvis) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Bone mineral content trunk torso pelvis

Phase 2 data. Bone mineral content of trunk (torso and pelvis) in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content of trunk in grams

Bone mineral content of trunk in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content of trunk

Phase 2 data. Bone mineral content of trunk in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD22i_iDEXA_Trunk_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass of trunk torso & pelvis in grams

New in R7. Tissue fat mass of trunk (torso & pelvis) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue fat mass trunk torso pelvis

Phase 2 data. Tissue fat mass of trunk (torso and pelvis) in grams for Phase 2 data. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue fat mass of trunk

Tissue fat mass of trunk in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue fat mass of trunk

Phase 2 data. Tissue fat mass of trunk in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD23i_iDEXA_Trunk_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass of trunk torso & pelvis in grams

New in R7. Tissue lean mass of trunk (torso & pelvis) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue lean mass trunk torso pelvis

Phase 2 data. Tissue lean mass of trunk (torso and pelvis) in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass of trunk

Tissue lean mass of trunk in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass of trunk

Phase 2 data. Tissue lean mass of trunk in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD24i_iDEXA_Trunk_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content of left trunk in grams

New in R7. Bone mineral content of left trunk in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Bone mineral content left trunk

Phase 2 data. Bone mineral content of left trunk in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content of left trunk

bone mineral content of left trunk in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content of left trunk

Phase 2 data. bone mineral content of left trunk in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD25i_iDEXA_Left_trunk_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass of left trunk in grams

New in R7. Tissue fat mass of left trunk in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue fat mass left trunk

Phase 2 data. Tissue fat mass of left trunk in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue fat mass of left trunk

Tissue fat mass of left trunk in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue fat mass of left trunk

Phase 2 data. Tissue fat mass of left trunk in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD26i_iDEXA_Left_trunk_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass of left trunk in grams

New in R7. Tissue lean mass of left trunk in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue lean mass of left trunk

Phase 2 data. Tissue lean mass of left trunk in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass of left trunk

Tissue lean mass of left trunk in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass of left trunk

Phase 2 data. Tissue lean mass of left trunk in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD27i_iDEXA_Left_trunk_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content of right trunk in grams

New in R7. Bone mineral content of right trunk in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Bone mineral content right trunk

Phase 2 data. Bone mineral content of right trunk in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content of right trunk

Bone mineral content of right trunk in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content of right trunk

Phase 2 data. Bone mineral content of right trunk in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD28i_iDEXA_Right_trunk_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass of right trunk in grams

New in R7. Tissue fat mass of right trunk in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue fat mass of right trunk

Phase 2 data. Tissue fat mass of right trunk in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue fat mass of right trunk

Tissue fat mass of right trunk in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue fat mass of right trunk

Phase 2 data. Tissue fat mass of right trunk in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD29i_iDEXA_Right_trunk_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass of right trunk in grams

New in R7. Tissue lean mass of right trunk in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue lean mass of right trunk

Phase 2 data. Tissue lean mass of right trunk in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass of right trunk

Tissue lean mass of right trunk in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass of right trunk

Phase 2 data. Tissue lean mass of right trunk in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD30i_iDEXA_Right_trunk_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content of android waist area in grams

New in R7. Bone mineral content of android (waist area) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Bone mineral content android waist area

Phase 2 data. Bone mineral content of android (waist area) in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content of android area

Bone mineral content of android(waist area) in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content android area

Phase 2 data. Bone mineral content of android(waist area) in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD31i_iDEXA_Android_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass of android waist area in grams

New in R7. tissue fat mass of android (waist area) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue fat mass android waist area

Phase 2 data. tissue fat mass of android (waist area) in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral mass of android area

bone mineral mass of android(waist area) in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral mass of android area

Phase 2 data. bone mineral mass of android(waist area) in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD32i_iDEXA_Android_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass of android waist area in grams

New in R7. Tissue lean mass of android (waist area) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue lean mass android waist area

Phase 2 data. Tissue lean mass of android (waist area) in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass of android area

tissue lean mass of android(waist area) in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass of android area

Phase 2 data. tissue lean mass of android(waist area) in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD33i_iDEXA_Android_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content of gynoid Hip area in grams

New in R7. Bone mineral content of gynoid (Hip area) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Bone mineral content gynoid Hip area

Phase 2 data. Bone mineral content of gynoid (Hip area) in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content of gynoid area

Bone mineral content of gynoid(Hip area) in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content of gynoid area

Phase 2 data. Bone mineral content of gynoid(Hip area) in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD34i_iDEXA_Gynoid_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass of gynoid Hip area in grams

New in R7. tissue fat mass of gynoid (Hip area) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue fat mass of gynoid Hip area

Phase 2 data. tissue fat mass of gynoid (Hip area) in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue fat mass of gynoid area

Tissue fat mass of gynoid (Hip area) in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue fat mass of gynoid area

Phase 2 data. Tissue fat mass of gynoid (Hip area) in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD35i_iDEXA_Gynoid_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass of gynoid Hip area in grams

New in R7. Tissue lean mass of gynoid (Hip area) in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue lean mass of gynoid Hip area

Phase 2 data. Tissue lean mass of gynoid (Hip area) in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass of gynoid area

Tissue lean mass of gynoid(Hip area) in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass of gynoid area

Phase 2 data. Tissue lean mass of gynoid(Hip area) in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD36i_iDEXA_Gynoid_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content of two legs in grams

New in R7. Bone mineral content of two legs in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Bone mineral content of two legs

Phase 2 data. Bone mineral content of two legs in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content of two legs

Bone mineral content of two legs in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content of two legs

Phase 2 data. Bone mineral content of two legs in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD37i_iDEXA_legs_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass of two legs in grams

New in R7. Tissue fat mass of two legs in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue fat mass of two legs

Phase 2 data. Tissue fat mass of two legs in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue fat mass of two legs

Tissue fat mass of two legs in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue fat mass of two legs

Phase 2 data. Tissue fat mass of two legs in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD38i_iDEXA_legs_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass of two legs in grams

New in R7. Tissue lean mass of two legs in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue lean mass of two legs

Phase 2 data. Tissue lean mass of two legs in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass of two legs

Tissue lean mass of two legs in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass of two legs

Phase 2 data. Tissue lean mass of two legs in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD39i_iDEXA_legs_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content left leg in grams

New in R7. Bone mineral content left leg in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Bone mineral content left leg

Phase 2 data. Bone mineral content left leg in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content left leg

Bone mineral content left leg in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content left leg

Phase 2 data. Bone mineral content left leg in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD40i_iDEXA_Left_leg_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass of left leg in grams

New in R7. Tissue fat mass of left leg in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue fat mass of left leg

Phase 2 data. Tissue fat mass of left leg in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue fat mass of left leg

Tissue fat mass of left leg in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue fat mass of left leg

Phase 2 data. Tissue fat mass of left leg in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD41i_iDEXA_Left_leg_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass of left leg in grams

New in R7. Tissue lean mass of left leg in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue lean mass of left leg

Phase 2 data. Tissue lean mass of left leg in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass of left leg in grams

Tissue lean mass of left leg in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass of left leg

Phase 2 data. Tissue lean mass of left leg in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD42i_iDEXA_Left_leg_lean_mass_P2); -9 = Missing data;

Real

Bone mineral content right leg in grams

New in R7. Bone mineral content right leg in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Bone mineral content right leg

Phase 2 data. Bone mineral content right leg in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Bone mineral content right leg in grams

Bone mineral content right leg in grams. Raw data from DEXA Lunar Prodigy.

Real

Bone mineral content right leg

Phase 2 data. Bone mineral content right leg in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD43i_iDEXA_Right_leg_bone_mass_P2); -9 = Missing data;

Real

Tissue fat mass of right leg in grams

New in R7. Tissue fat mass of right leg in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue fat mass of right leg

Phase 2 data. Tissue fat mass of right leg in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue fat mass of right leg in grams

Tissue fat mass of right leg in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue fat mass of right leg

Phase 2 data. Tissue fat mass of right leg in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD44i_iDEXA_Right_leg_fat_mass_P2); -9 = Missing data;

Real

Tissue lean mass of right leg in grams

New in R7. Tissue lean mass of right leg in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software.

Real

Tissue lean mass of right leg

Phase 2 data. Tissue lean mass of right leg in grams. Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Tissue lean mass of right leg in grams

Tissue lean mass of right leg in grams. Raw data from DEXA Lunar Prodigy.

Real

Tissue lean mass of right leg

Phase 2 data. Tissue lean mass of right leg in grams. Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD45i_iDEXA_Right_leg_lean_mass_P2); -9 = Missing data;

Real

Total mass in kilograms

Regenerated mass (fat mass(grams) + fat free mass(grams) + bone mineral mass(grams))/1000.

Real

Percent overall body fat from DEXA

New in R7. Percent overall body fat from DEXA. Regenerated percentage body fat (overall fat) using a 3 compartment model (fat mass; fat free mass; bone mineral mass). Calculated as (100* fat mass / (total mass * 1000). Calculation and or check: % of total fat mass from total mass. Comparison with study support data.

Real

Percent overall body fat from DEXA

Phase 2 data. Percent overall body fat from DEXA. Regenerated percentage body fat (overall fat) using a 3 compartment model (fat mass; fat free; mass bone mineral mass). Calculated as (100* fat mass / (total mass * 1000). Raw data from DEXA Lunar Prodigy processed with enhanced analysis. -9 = Missing data;

Real

Body fat percent DEXA

Regenerated percentage body fat (overall fat) using a 3 compartment model (fat mass; fat free mass; bone mineral mass). Calculated as (100* fat mass / (total mass * 1000).

Real

Body fat percent DEXA

Phase 2 data. Regenerated percentage body fat (overall fat) using a 3 compartment model (fat mass; fat free mass; bone mineral mass). Calculated as (100* fat mass / (total mass * 1000). Raw data from DEXA Lunar Prodigy processed with basic analysis. DO NOT USE THIS VARIABLE. Use iDEXA equivalent instead (AD47i_iDEXA_body_fat_percent_P2); -9 = Missing data;

Real

Which symmetry method was applied

New in R7. If symmetry method was applied it is indicated whether it was left or right. Where symmetry method was used arm was omitted from scan as volunteer was too broad for the scanner. Therefore the values of the arm within the scanner was used to recalculate overall Body composition. Calculation and or check: Identified by Fenland_Symmetry_Calculations.xls and iDEXA estimate.

Text

Symmetry method applied

Phase 2 data. If symmetry method was applied it is indicated whether it was left or right. Where symmetry method was used arm was omitted from scan as volunteer was too broad for the scanner. Therefore the values of the arm within the scanner was used to recalculate overall Body composition. Calculation and or check: Identified by Fenland_Symmetry_Calculations.xls and iDEXA estimate.

Text

Was symmetry method applied

Was symmetry method used yes or no. Where symmetry method was used arm was omitted from scan as volunteer was too broad for the scanner. Therefore the values of the arm within the scanner was used to recalculate overall Body Composition.

Categorical

DEXA comments

Comments for when there are artefacts or missing tissue from the scanning area. Do not analyse any DEXA data without reviewing these comments. Please also request variable AD58i_iDEXA_Comments.

Text

Categories of DEXA scan

Background data information code generated by Anthropometry team (scans without code should be considered to have followed standard protocol). Request with AD50_DEXA_Coding for further clarification.

Categorical

Visceral Adipose Tissue within the Android region in cm3

New in R7. Visceral Adipose Tissue (VAT) within the Android region in cm3. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. The iDEXA algorithm did not work in volunteers who were too broad or had too little fat around the abdomen so it produced an output of 0. These were changed to -7 afterwards by the Data Man team.

Real

VAT within Android region in cm3

Phase 2 data. Visceral Adipose Tissue (VAT) within the Android region in cm3. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. The iDEXA algorithm did not work in volunteers who were too broad or had too little fat around the abdomen so it produced an output of 0. These were changed to -7 afterwards by the Data Man team.

Real

Visceral Adipose Tissue within the Android region in grams

New in R7. Visceral Adipose Tissue (VAT) within the Android region in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. The iDEXA algorithm did not work in volunteers who were too broad or had too little fat around the abdomen so it produced an output of 0. These were changed to -7 afterwards by the Data Man team.

Real

VAT within Android region in grams

Phase 2 data. Visceral Adipose Tissue (VAT) within the Android region in grams. Raw data from DEXA Lunar Prodigy reprocessed with iDEXA software. The iDEXA algorithm did not work in volunteers who were too broad or had too little fat around the abdomen so it produced an output of 0. These were changed to -7 afterwards by the Data Man team.

Real

Subcutaneous Adipose Tissue within the Android region in grams

New in R7. Subcutaneous Adipose Tissue within the Android region in grams. generated by the anthro team = iDEXA Android fat mass g - iDEXA VAT g. Calculation and or check: iDEXA Android fat mass - iDEXA VAT g.

Real

SCAT within Android region in grams

Phase 2 data. Subcutaneous Adipose Tissue within the Android region in grams. generated by the anthro team = iDEXA Android fat mass g - iDEXA VAT g. Calculation and or check: iDEXA Android fat mass - iDEXA VAT g.

Real

Total fat mass of leg and head areas in grams

New in R7. Total fat mass of leg and head areas in grams. Generated by the anthro team iDEXA Total fat mass g - (iDEXA Trunk fat mass g + iDEXA arms fat mass g). Calculation and or check: Total fat mass - (Trunk fat mass + Arms fat mass).

Real

Total fat mass leg and head areas

Phase 2 data. Total fat mass of leg and head areas in grams. Generated by the anthro team iDEXA Total fat mass g - (iDEXA Trunk fat mass g + iDEXA arms fat mass g). Calculation and or check: Total fat mass - (Trunk fat mass + Arms fat mass).

Real

Total bone mineral density

New in R7. Total bone mineral density. regenerated by the anthro team iDEXA total bone mineral content/iDEXA area. Calculation and or check: checked against BMD generated by the DEXA - it was recalculated where the symmetry method was applied.

Real

Total bone mineral density

Phase 2 data. Total bone mineral density. Regenerated by the anthro team iDEXA total bone mineral content/iDEXA area. Calculation and or check: checked against BMD generated by the DEXA - it was recalculated where the symmetry method was applied.

Real

Total Mass regenerated from DEXA

New in R7. Total Mass regenerated from DEXA. Regenerated mass by the anthro team (fat mass(grams) + fat free mass(grams) + bone mineral mass(grams))/1000. Calculation and or check: Sum of total bone; lean; fat masses. comparison with weight.

Real

Total Mass regenerated from DEXA

Phase 2 data. Total Mass regenerated from DEXA. Regenerated mass by the anthro team (fat mass(grams) + fat free mass(grams) + bone mineral mass(grams))/1000. Calculation and or check: Sum of total bone; lean; fat masses. comparison with weight.

Real

Categories of iDEXA scan

New in R7. Background data information code generated by Anthropometry team. Request with AD58i_DEXA_Comments for further clarification.

Categorical

Categories of iDEXA scan

Phase 2 data.  Background data information code generated by Anthropometry team. Request with AD58i_DEXA_Comments for further clarification.

Categorical

iDEXA Comments

New in R7. Comments provided by Anthropometry team regarding processing the data. Variable AD49_DEXA_Comments should be requested too.

Text

iDEXA Comments

Phase 2 data.  Comments provided by Anthropometry team regarding processing the data. Variable AD49_DEXA_Comments should be requested too.

Text

OLINK assay ADAM15

Phase 1 OLINK assay data for target ADAM15 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ADAM 22

Phase 1 OLINK assay data for target ADAM 22 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ADAM 23

Phase 1 OLINK assay data for target ADAM 23 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ADAM 8

Phase 1 OLINK assay data for target ADAM 8 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ADAM-TS13

Phase 1 OLINK assay data for target ADAM-TS13 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ADAM-TS 15

Phase 1 OLINK assay data for target ADAM-TS 15 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ADA

Phase 1 OLINK assay data for target ADA in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ADGRE2

Phase 1 OLINK assay data for target ADGRE2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ADGRG1

Phase 1 OLINK assay data for target ADGRG1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ADGRG2

Phase 1 OLINK assay data for target ADGRG2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Serum Adiponectin RAW

Serum biomarker Adiponectin RAW in ug/ml. Raw data; cleaned data provided in variable G_Adiponectin with x_Threshold and x_Com variables provided for clarification.

Real

Any comments which are relevant to admin data or b

General comments provided on study participation study samples tests etc.

Text

Comments relevant to admin data

Phase 2 data. General comments provided on phase 2 study participation study samples tests etc.

Text

OLINK assay ADM

Phase 1 OLINK assay data for target ADM in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Hours of High impact or step aerobics

Please indicate the average length of time (in hours) you spent doing the activity per episode. High impact or step aerobics.

Integer

Hours of High impact or step aerobics CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. High impact or step aerobics. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable:Highimpactaerobics hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. High impact or step aerobics. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

High impact or step aerobics hrs

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. High impact or step aerobics. -1 = left blank. DO NOT USE THIS VARIABLE. Use AerobicsHighHr_CLEAN_P2 instead.

Real

Minutes of High impact or step aerobics

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. High impact or step aerobics.

Integer

Minutes of High impact or step aerobics CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. High impact or step aerobics. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable:Highimpactaerobics min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. High impact or step aerobics. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

High impact or step aerobics min

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. High impact or step aerobics. -1 = left blank. DO NOT USE THIS VARIABLE. Use AerobicsHighMin_CLEAN_P2 instead.

Real

Frequency of High impact or step aerobics CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. High impact or step aerobics. Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

None

New in R8. Cleaned translated frequency (per week) for High impact or step aerobics

Real

Cln variable: High impact aerobics

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. High impact or step aerobics. Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

AerobicsHigh_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. High impact or step aerobics. Data normalised to DE template 1 data.

Categorical

High impact or step aerobics

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. High impact or step aerobics. DO NOT USE THIS VARIABLE. Use AerobicsHigh_CLEAN_P2 instead.

Real

High impact or step aerobics

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. High impact or step aerobics. Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of High impact or step aerobics DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. High impact or step aerobics. Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in AerobicsHigh_T2. Instead use AerobicsHigh_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of High impact or step aerobics DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. High impact or step aerobics. Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in AerobicsHigh_T1. Instead use AerobicsHigh_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Hours of other types of aerobics

Please indicate the average length of time (in hours) you spent doing the activity per episode. Other types of aerobics.

Integer

Hours ofother types of aerobics CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Other types of aerobics. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Other aerobics hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Other types of aerobics. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Other types of aerobics hrs

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Other types of aerobics. -1 = left blank. DO NOT USE THIS VARIABLE. Use aerobicsOtherHr_CLEAN_P2 instead.

Real

Minutes of other types of aerobics

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Other types of aerobics.

Integer

Minutes of other types of aerobics CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Other types of aerobics. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Other aerobics min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Other types of aerobics. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Other types of aerobics min

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Other types of aerobics. -1 = left blank. DO NOT USE THIS VARIABLE. Use aerobicsOtherMin_CLEAN_P2 instead.

Real

Frequency of other types of aerobics CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other types of aerobics. Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

aerobicsOther_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for other types of aerobics

Real

Cln variable: Other erobics

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other types of aerobics. Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

aerobicsOther_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other types of aerobics. Data normalised to DE template 1 data.

Categorical

Other types of aerobics

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Other types of aerobics. DO NOT USE THIS VARIABLE. Use aerobicsOther_CLEAN_P2 instead.

Real

Other types of aerobics

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other types of aerobics. Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of other types of aerobics DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other types of aerobics. Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in aerobicsOther_T2. Instead use aerobicsOther_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of other types of aerobics DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Other types of aerobics. Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in aerobicsOther_T1. Instead use aerobicsOther_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

AES Comments on sheet

ActiHeart Evaluation Sheet. Any other comments made on Actiheart evaluation sheet not in Q9 by either study staff of participant. Potentailly provides additional explanation for any answers given so should be included in EAS data releases.

Text

AES DM batch

ActiHeart Evaluation Sheet. Data Management batch number.

AES Think Measure

ActiHeart Evaluation Sheet. Q1. What do you think the ActiHeart was measuring?

Text

AES Tell from Info

ActiHeart Evaluation Sheet. Q2. What do you think the research team will be able to tell from the information stored in your ActiHeart?

Text

AES PA wearingAH

ActiHeart Evaluation Sheet. Q3. While you were wearing the ActiHeart do you think you were

Categorical

AES Change 3

ActiHeart Evaluation Sheet. Q4iii. If you were more or less physically active than usual while you were wearing the ActHeart what did you do (or not do) that was different from usual? 3rd answer.

Text

AES Change 2

ActiHeart Evaluation Sheet. Q4ii. If you were more or less physically active than usual while you were wearing the ActHeart what did you do (or not do) that was different from usual? 2nd answer.

Text

AES Change 1

ActiHeart Evaluation Sheet. Q4i. If you were more or less physically active than usual while you were wearing the ActHeart what did you do (or not do) that was different from usual? 1st answer.

Text

AES Reason change 3

ActiHeart Evaluation Sheet. Q5iii. If you were more or less physically active than usual while you were wearing the ActHeart what were the main reasons for this? 3rd answer.

Text

AES Reason change 2

ActiHeart Evaluation Sheet. Q5ii. If you were more or less physically active than usual while you were wearing the ActHeart what were the main reasons for this? 2nd answer.

Text

AES Reason change 1

ActiHeart Evaluation Sheet. Q5i. If you were more or less physically active than usual while you were wearing the ActHeart what were the main reasons for this? 1st answer. (Note to data entry: If the answer to Q3 is 3 (about the same) and as expected Q4 and 5 have not been answered do not code these as -9 leave them blank).

Text

AES Should up PA comment

ActiHeart Evaluation Sheet. Q6c. While you were wearing the ActiHeart did you feel you should increase your physical activity - please explain.

Text

AES Should up PA

ActiHeart Evaluation Sheet. Q6. While you were wearing the ActiHeart did you feel you should increase your physical activity?

Categorical

AES More aware of PA comment

ActiHeart Evaluation Sheet. Q7c. Did wearing the ActiHeart make you more aware of how physically active you are - please explain.

Text

AES More aware of PA

ActiHeart Evaluation Sheet. Q7. Did wearing the ActiHeart make you more aware of how physically active you are?

Categorical

AES Reminded to be PA comment

ActiHeart Evaluation Sheet. Q8c. Did wearing the ActiHeart remind you to be more physically active - please explain.

Text

AES Reminded to be PA

ActiHeart Evaluation Sheet. Q8. Did wearing the ActiHeart remind you to be more physically active?

Categorical

AES Other comments

ActiHeart Evaluation Sheet. Q9. If you have any other comments about the ActiHeart please write them here.

Text

AES WD Batch

ActiHeart Evaluation Sheet. Data entry company processing batch number.

Age at Test

Data as entered on Study database. Age at test as reported by participant during site visit.

AgeAtTest_DM_Attended

New in R8. Derived age at test in decimals to reflect true age (eg 35.9 instead of 35) at first visit in years and decimals. This variable replaces AgeAtTest_DM because that was calculated using AppDate. Since AppDate is the date the first visit is scheduled which is not always the date the visit took place. For AgeAtTest_DM_Attended the variable AppDate_Attended is used which is the actual date of the first visit. Please note that this is a decimal number which does not reflect months.

Real

Age at test derived

Phase 2 data. Derived age at test in decimals to reflect true age (eg 35.9 instead of 35) at phase 2 visit in years and decimals ( the actual date of the phase 2 visit). Please note that this is a decimal number which does not reflect months.

Real

Age at test as reported by pt

Phase 2 data. Data as entered on Study database. Age at test as reported by participant during phase 2 site visit.

Real

None

Phase 1 data. Age of phase 1 volunteer (a volunteer who has a phase 1 visit date) on 01 Aug 2014. This allows for coss-study population ages comparison

Real

None

Phase 2 data. Age of phase 2 volunteer (a volunteer who has a phase 2 visit date) on 01 Aug 2020. This allows for coss-study population ages comparison. age provided only if volunteer took part in phase 2

Real

OLINK assay AGR2

Phase 1 OLINK assay data for target AGR2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AGR3

Phase 1 OLINK assay data for target AGR3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AGRP

Phase 1 OLINK assay data for target AGRP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

AH comments

AH comments. Contains comments on treadmill test fasting information

Text

AH comments

Phase 2 data. AH comments for Phase 2 data. Contains comments on treadmill test fasting information. Cleaned information held in main AH dataset for analysis. This has not been checked for identifaible information.

Text

OLINK assay AHCY

Phase 1 OLINK assay data for target AHCY in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Actiheart serial number

ActiHeart monitor serial Number

Text

Cmnts diary sheet AH Wrist Mon

Phase 2 data. General comments left on Diary sheet for actiheart and Wrist accelerometer monitor. The name of the variable the comment relates to has been provided where possible. -1 = no comments provided; -8 = text illegible

Text

Date day 1 of AhAccMon Worn

Phase 2 data. Date of day 1 of wearing Actiheart and wrist accelerometer dd/mm/yyyy. -1 = left blank or crossed through; -8 = text illegible

Date

Day Name of day 1 of AhAccMon Worn

Phase 2 data. Name of day of day 1 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

Date day 2 of AhAccMon Worn

Phase 2 data. Date of day 2 of wearing Actiheart and wrist accelerometer dd/mm/yyyy. -1 = left blank or crossed through; -8 = text illegible

Date

Day Name of day 2 of AhAccMon Worn

Phase 2 data. Name of day of day 2 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

Date day 3 of AhAccMon Worn

Phase 2 data. Date of day 3 of wearing Actiheart and wrist accelerometer dd/mm/yyyy. -1 = left blank or crossed through; -8 = text illegible

Date

Day Name of day 3 of AhAccMon Worn

Phase 2 data. Name of day of day 3 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

Date day 4 of AhAccMon Worn

Phase 2 data. Date of day 4 of wearing Actiheart and wrist accelerometer dd/mm/yyyy. -1 = left blank or crossed through; -8 = text illegible

Date

Day Name of day 4 of AhAccMon Worn

Phase 2 data. Name of day of day 4 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

Date day 5 of AhAccMon Worn

Phase 2 data. Date of day 5 of wearing Actiheart and wrist accelerometer dd/mm/yyyy. -1 = left blank or crossed through; -8 = text illegible

Date

Day Name of day 5 of AhAccMon Worn

Phase 2 data. Name of day of day 5 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

Date day 6 of AhAccMon Worn

Phase 2 data. Date of day 6 of wearing Actiheart and wrist accelerometer dd/mm/yyyy. -1 = left blank or crossed through; -8 = text illegible

Date

Name of day6 Ah Acc Mon Worn

Phase 2 data. Name of day of day 6 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

Date day 7 of AhAccMon Worn

Phase 2 data. Date of day 7 of wearing Actiheart and wrist accelerometer dd/mm/yyyy. -1 = left blank or crossed through; -8 = text illegible

Date

Name of day7 Ah Acc Mon Worn

Phase 2 data. Name of day of day 7 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

No of times AH Wrist Mon worn

Phase 2 data. Number Of times actiheart and wrist worn accelerometer diary sheets have been completed. For each time the date of completion has been entered. -1 = only one copy completed

Real

General cmnts actiheart mon on day1

Phase 2 data. General comments (actiheart monitor) on day 1 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

General cmnts actiheart mon on day2

Phase 2 data. General comments (actiheart monitor) on day 2 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

General cmnts actiheart mon on day3

Phase 2 data. General comments (actiheart monitor) on day 3 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

General cmnts actiheart mon on day4

Phase 2 data. General comments (actiheart monitor) on day 4 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

General cmnts actiheart mon on day5

Phase 2 data. General comments (actiheart monitor) on day 5 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

General cmnts actiheart mon on day6

Phase 2 data. General comments (actiheart monitor) on day 6 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

General cmnts actiheart mon on day7

Phase 2 data. General comments (actiheart monitor) on day 7 of wearing Actiheart and wrist accelerometer. -1 = left blank or crossed through; -8 = text illegible

Text

Time actiheart mon taken off day1

Phase 2 data. What time did you take off the actiheart monitor on day 1 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon taken off day2

Phase 2 data. What time did you take off the actiheart monitor on day 2 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon taken off day3

Phase 2 data. What time did you take off the actiheart monitor on day 3 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon taken off day4

Phase 2 data. What time did you take off the actiheart monitor on day 4 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon taken off day5

Phase 2 data. What time did you take off the actiheart monitor on day 5 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon taken off day6

Phase 2 data. What time did you take off the actiheart monitor on day 6 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon taken off day7

Phase 2 data. What time did you take off the actiheart monitor on day 7 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Final date AH monitor taken off

Phase 2 data. Date of Final time taken off Actiheart monitor dd/mm/yyyy. -1 = left blank or crossed through; -8 = text illegible

Date

Final time AH monitor taken off

Phase 2 data. Date of Final time taken off Actiheart monitor (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Date

Time actiheart mon put back on day1

Phase 2 data. What time did you put the actiheart monitor back on on day 1 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon put back on day2

Phase 2 data. What time did you put the actiheart monitor back on on day 2 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon put back on day3

Phase 2 data. What time did you put the actiheart monitor back on on day 3 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon put back on day4

Phase 2 data. What time did you put the actiheart monitor back on on day 4 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon put back on day5

Phase 2 data. What time did you put the actiheart monitor back on on day 5 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon put back on day6

Phase 2 data. What time did you put the actiheart monitor back on on day 6 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time actiheart mon put back on day7

Phase 2 data. What time did you put the actiheart monitor back on on day 7 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Reason take off actiheart mon day1

Phase 2 data. Reason for taking off (actiheart monitor) on day 1 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off actiheart mon day2

Phase 2 data. Reason for taking off (actiheart monitor) on day 2 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off actiheart mon day3

Phase 2 data. Reason for taking off (actiheart monitor) on day 3 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off actiheart mon day4

Phase 2 data. Reason for taking off (actiheart monitor) on day 4 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off actiheart mon day5

Phase 2 data. Reason for taking off (actiheart monitor) on day 5 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off actiheart mon day6

Phase 2 data. Reason for taking off (actiheart monitor) on day 6 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Reason take off actiheart mon day7

Phase 2 data. Reason for taking off (actiheart monitor) on day 7 of wearing Actiheart and wrist accelerometer; example provided on form is CHANGE ELECTRODES. -1 = left blank or crossed through; -8 = text illegible

Text

Barcode error comments

Phase 2 data. Actiheart and wrist accelerometer diary sheet barcode scanning error comment. -1 = no issues to report

Text

Time finish wrk day1 AhAcc Mon Worn

Phase 2 data. What time did you finish work on day 1 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time finish wrk day2 AhAcc Mon Worn

Phase 2 data. What time did you finish work on day 2 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time finish wrk day3 AhAcc Mon Worn

Phase 2 data. What time did you finish work on day 3 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time finish wrk day4 AhAcc Mon Worn

Phase 2 data. What time did you finish work on day 4 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time finish wrk day5 AhAcc Mon Worn

Phase 2 data. What time did you finish work on day 5 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time finish wrk day6 AhAcc Mon Worn

Phase 2 data. What time did you finish work on day 6 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time finish wrk day7 AhAcc Mon Worn

Phase 2 data. What time did you finish work on day 7 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Get up time day2 Ah Acc Mon Worn

Phase 2 data. What time did you get up on day 2 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Get up time day3 Ah Acc Mon Worn

Phase 2 data. What time did you get up on day 3 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Get up time day4 Ah Acc Mon Worn

Phase 2 data. What time did you get up on day 4 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Get up time day5 Ah Acc Mon Worn

Phase 2 data. What time did you get up on day 5 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Get up time day6 Ah Acc Mon Worn

Phase 2 data. What time did you get up on day 6 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Get up time day7 Ah Acc Mon Worn

Phase 2 data. What time did you get up on day 7 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time went sleep day1 AhAcc Mon Worn

Phase 2 data. What time did you go to sleep on day 1 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time went sleep day2 AhAcc Mon Worn

Phase 2 data. What time did you go to sleep on day 2 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time went sleep day3 AhAcc Mon Worn

Phase 2 data. What time did you go to sleep on day 3 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time went sleep day4 AhAcc Mon Worn

Phase 2 data. What time did you go to sleep on day 4 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time went sleep day5 AhAcc Mon Worn

Phase 2 data. What time did you go to sleep on day 5 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time went sleep day6 AhAcc Mon Worn

Phase 2 data. What time did you go to sleep on day 6 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Not wrk day1 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 1 of wearing Actiheart and wrist accelerometer (24 hr format)? 1 = did not work (box ticked); -1 = not ticked (worked)

Categorical

Not wrk day2 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 2 of wearing Actiheart and wrist accelerometer (24 hr format)? 1 = did not work (box ticked); -1 = not ticked (worked)

Categorical

Not wrk day3 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 3 of wearing Actiheart and wrist accelerometer (24 hr format)? 1 = did not work (box ticked); -1 = not ticked (worked)

Categorical

Not wrk day4 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 4 of wearing Actiheart and wrist accelerometer (24 hr format)? 1 = did not work (box ticked); -1 = not ticked (worked)

Categorical

Not wrk day5 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 5 of wearing Actiheart and wrist accelerometer (24 hr format)? 1 = did not work (box ticked); -1 = not ticked (worked)

Categorical

Not wrk day6 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 6 of wearing Actiheart and wrist accelerometer (24 hr format)? 1 = did not work (box ticked); -1 = not ticked (worked)

Categorical

Not wrk day7 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 7 of wearing Actiheart and wrist accelerometer (24 hr format)? 1 = did not work (box ticked); -1 = not ticked (worked)

Categorical

AH wrist acc qnr version date

Phase 2 data. Actiheart and wrist accelerometer diary sheet questionnaire version date.

Date

AH wrist acc qnr version no

Phase 2 data. Actiheart and wrist accelerometer diary sheet questionnaire version number.

Real

Time start wrk day1 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 1 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time start wrk day2 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 2 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time start wrk day3 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 3 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time start wrk day4 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 4 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time start wrk day5 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 5 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time start wrk day6 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 6 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

Time start wrk day7 Ah Acc Mon Worn

Phase 2 data. What time did you start work on day 7 of wearing Actiheart and wrist accelerometer (24 hr format). -1 = left blank or crossed through; -8 = text illegible

Time

OLINK assay AIFM1

Phase 1 OLINK assay data for target AIFM1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

None

New for R9. Phase 1 plasma fluoride sample data for aKlotho. the CV of calculated concentration between intraplate duplicates - this is calculated by the MSD software (where applicable)

Real

None

New for R9. Phase 1 plasma fluoride sample data for aKlotho. the individual calculated concentration for each intra plate duplicate in pg/mL - this is calculated by the MSD software

Real

None

New for R9. Phase 1 plasma fluoride sample data for PDGF-CC. Date of MSD aKlotho experiment

Date

None

New for R9. Phase 1 plasma fluoride sample data for aKlotho. number of times the sample was thawed

Real

None

New for R9. Phase 1 plasma fluoride sample data for aKlotho. Plate specific Lower limit of detection for aKlotho measurements.

Real

None

New for R9. Phase 1 plasma fluoride sample data for aKlotho. barcode label by MSD - each plate is unique

Text

None

New for R9. Phase 1 plasma fluoride sample data for aKlotho. number of the plate assigned by the lab team

Real

None

New for R9. Phase 1 plasma fluoride sample data for aKlotho. well position within a 96-well plate

Text

None

New for R9. Phase 1 plasma fluoride sample data for aKlotho. The comment of wether the calculated concentration of the sample is within or outside the detection range of the assay; as assigned by the MSD software

Text

None

New for R9. Phase 1 plasma fluoride sample data for aKlotho. Plate specific Upper limit of detection for aKlotho measurements.

Real

OLINK assay AKT1S1

Phase 1 OLINK assay data for target AKT1S1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Investigation Date

When was Subject Measured?

Date

Investigation Date

Phase 2 data. When was Subject Measured?

Date

RT longitudinal sweep made: Quality

What was the quality of the RT Longitudinal Sweep that was Made?

Categorical

RT longitudinal sweep made: Quality

Phase 2 data. What was the quality of the RT Longitudinal Sweep that was Made? -1 = Unable to be determined; -9 = Missing data; 1 = A(highest); 2 = B; 3 = C(lowest);

Categorical

R transverse sweep made: Quality

What was the quality of the RT transverse Sweep that was Made?

Categorical

RT transverse sweep made: Quality

Phase 2 data. What was the quality of the RT transverse Sweep that was Made? -1 = Unable to be determined; -9 = Missing data; 1 = A(highest); 2 = B; 3 = C(lowest);

Categorical

LT longitudinal sweep made: Quality

What was the quality of the LT longitudinal sweep that was Made?

Categorical

LT longitudinal sweep made: Quality

Phase 2 data. What was the quality of the LT longitudinal sweep that was Made? -1 = Unable to be determined; -9 = Missing data; 1 = A(highest); 2 = B; 3 = C(lowest);

Categorical

LT transverse sweep made: Quality

What was the quality of the LT transverse sweep that was Made?

Categorical

LT transverse sweep made: Quality

Phase 2 data. What was the quality of the LT transverse sweep that was Made? -1 = Unable to be determined; -9 = Missing data; 1 = A(highest); 2 = B; 3 = C(lowest);

Categorical

Repeat sweep representative segment : Quality

What was the quality of the Repeat sweep (representative segment) that was Made?

Categorical

Quality of Repeat sweep

Phase 2 data. What was the quality of the Repeat sweep (representative segment) that was Made? -1 = Unable to be determined; -9 = Missing data; 1 = A(highest); 2 = B; 3 = C(lowest);

Categorical

Increased echo reflectivity liver parenchyma in comparison with kidney

What was the (Increased) echo reflectivity liver parenchyma (in comparison with kidney) score? Scored from 1 (highest quality) to 4 (lowest quality).

Categorical

Scoring criteria 1

Phase 2 data. What was the (Increased) echo reflectivity liver parenchyma (in comparison with kidney) score? Scored from 1 (highest quality) to 4 (lowest quality).

Categorical

Decreased visualization of intra-hepatic vascula

What was the (Decreased) visualization of intra-hepatic vasculature score? Scored from 1 (highest quality) to 4 (lowest quality).

Categorical

Scoring criteria 2

Phase 2 data. What was the (Decreased) visualization of intra-hepatic vasculature score? Scored from 1 (highest quality) to 4 (lowest quality). -1 = Unable to be determined; -9 = Missing data; 1 = Normal; 2 = Mild; 3 = Moderate; 4 = Severe;

Categorical

Attenuation of ultrasound beam impaired penetrati

What was the Attenuation of ultrasound beam impaired penetration score? Scored from 1 (highest quality) to 4 (lowest quality).

Categorical

Scoring criteria 3

Phase 2 data. What was the Attenuation of ultrasound beam impaired penetration score? Scored from 1 (highest quality) to 4 (lowest quality). -1 = Unable to be determined; -9 = Missing data; 1 = Normal; 2 = Mild; 3 = Moderate; 4 = Severe;

Categorical

Total liver score

This is the score for AL09_scoring_criteria_1 AL10_scoring_criteria_2 and AL11_scoring_criteria_3 all added. Values from a minimum of 3 to a maximum of 12. 16 data items with a value of 41275 in some Fenland R6 or earlier data releases were corrected to 10 in later R6 data releases. Error was due to data incorrectly being labelled as a date.

Real

Total liver score

Phase 2 data.

Real

Total score Category

Provides the Assessed Category from total score. Normal = 4 or less; Mild = 5 to 7; Moderate = 8 to 10; Severe = 11 or more;

Categorical

Total score Category

Phase 2 data. Provides the Assessed Category from total score. Normal = 4 or less; Mild = 5 to 7; Moderate = 8 to 10; Severe = 11 or more;

Categorical

Liver ultrasound comments

The comment made on theTotal score Category was

Text

Liver ultrasound comments

Phase 2 data. The comment made on theTotal score Category

Text

Liver DM comment

Liver data Data management comment

Text

Repeat sweep representative segment : Quality

What was the quality of the Repeat sweep (representative segment) that was Made?

Categorical

Inter frozen quality

Phase 2 data. What was the quality of the Repeat sweep (representative segment) that was Made? -1 = Unable to be determined; -9 = Missing data; 1 = A(highest); 2 = B; 3 = C(lowest);

Categorical

Image format used

Image format that was used by the liver reviewer to assess the liver

Categorical

Sonographer

Identification of sonographer who carried out the ultrasound.

Categorical

Liver reviewer

Identification of liver reviewer who determined the score

Categorical

Ala_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable Ala_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. 2nd and final QC step on this var created new and final var BIOA_001.

Real

Albumin 0 minutes

Serum Albumin measurement taken at 0 minutes in g/L

Integer

Albumin 0 minutes

Phase 2 data. Serum Albumin measurement taken at 0 minutes in g/L

Real

OLINK assay ALCAM

Phase 1 OLINK assay data for target ALCAM in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

number of units of alcohol consumed per week

Alcohol Units Per Week

Units of alcohol consumed per week

Phase 2 data. Alcohol Units Per Week in Phase 2 data. Phase 2 unit definition: 1 unit is equivalent to 1/2 pint of beer ; 1/2 glass of wine; 1 single measure of spirits; 1 glass of sherry; This is different from phase 1 unit definition. Used for participant feedback only. Not for analysis. Used set of alcohol consumption variables derived from general questionnaire instead.

Real

ALCOHOL_EPI

Current alcohol consumption History / Status as requested by Ruth Loos. Derived from GenQ Qs by DM team JAVA script. Pls request G_Alcohol variable as well. 0 = never;

Categorical

Alcohol_EPI_weekend

Phase 2 data. Current alcohol consumption on fri-sat-sun History / Status. Derived from GenQ Qs by DM team JAVA script. Pls request G_Alcohol variable as well. Codes of 1; 3 and 9 for G_ALCOHOL are recoded as 9 in this variable. 0 = never; 1 = ex; 2 = current; 9 = not known;

Categorical

Alcohol consumption weekday

Phase 2 data. Current alcohol consumption on mon-tue-wed-thu History / Status. Derived from GenQ Qs by DM team JAVA script. Pls request G_Alcohol variable as well. Codes of 1; 3 and 9 for G_ALCOHOL are recoded as 9 in this variable. 0 = never; 1 = ex; 2 = current; 9 = not known;

Categorical

OLINK assay ALDH1A1

Phase 1 OLINK assay data for target ALDH1A1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ALDH3A1

Phase 1 OLINK assay data for target ALDH3A1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

AlkPhos 0 minutes

Serum Alkaline Phosphatase measurement taken at 0 minutes in U/L

Integer

AlkPhos 0 minutes

Phase 2 data. Serum Alkaline Phosphatase measurement taken at 0 minutes in U/L

Integer

alphaAAA_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable alphaAAA_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. 2nd and final QC step on this var created new and final var BIOA_025.

Real

OLINK assay Alpha-2-MRAP

Phase 1 OLINK assay data for target Alpha-2-MRAP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Alt 0 minutes

Serum Alt measurement taken at 0 minutes in U/L

Integer

Alt 0 minutes

Phase 2 data. Serum Alt measurement taken at 0 minutes in U/L

Integer

OLINK assay AMBP

Phase 1 OLINK assay data for target AMBP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AMIGO2

Phase 1 OLINK assay data for target AMIGO2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AMN

Phase 1 OLINK assay data for target AMN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

aneamia

Phase 2 data. Binary variable indicating whether a drug from the anemia medication class was prescribed. 0 = No; 1 = Yes;

Categorical

OLINK assay ANGPT2

Phase 1 OLINK assay data for target ANGPT2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ANGPTL1

Phase 1 OLINK assay data for target ANGPTL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ANGPTL3

Phase 1 OLINK assay data for target ANGPTL3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ANGPTL4

Phase 1 OLINK assay data for target ANGPTL4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ANGPTL7

Phase 1 OLINK assay data for target ANGPTL7 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ANG-1

Phase 1 OLINK assay data for target ANG-1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ANG

Phase 1 OLINK assay data for target ANG in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

None

ANML signal normalization scale factor (0.005percent mix)

Real

None

Phase 2 data. ANML signal normalization scale factor (0.005% mix)

Real

None

ANML signal normalization scale factor (0.5percent mix)

Real

None

Phase 2 data. ANML signal normalization scale factor (0.5% mix)

Real

None

ANML signal normalization scale factor (20percent mix)

Real

None

Phase 2 data. ANML signal normalization scale factor (20% mix)

Real

Anno tool complete

Phase 2 data. Annotation tool completed? 1 = yes;

Categorical

Anno tool email sent date

Phase 2 data. Date Annotation tool email sent off.

Date

Anno tool invite sent date

Phase 2 data. Date Annotation tool invite sent off.

Date

Anthro DoB

Phase 2 data.

Date

Anthro data sourec

Phase 2 data. Tracker variable created by DMT. 1 = paper; 2 = electronic; 3 = private network study db; 9 = paper and electronic;

Real

antidepressants

Phase 2 data. Binary variable indicating whether a drug from the antidepressant class was prescribed. 0 = No; 1 = Yes;

Categorical

OLINK assay ANXA10

Phase 1 OLINK assay data for target ANXA10 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ANXA11

Phase 1 OLINK assay data for target ANXA11 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ANXA1

Phase 1 OLINK assay data for target ANXA1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ANXA4

Phase 1 OLINK assay data for target ANXA4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AOC1

Phase 1 OLINK assay data for target AOC1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AOC3

Phase 1 OLINK assay data for target AOC3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay APBB1IP

Phase 1 OLINK assay data for target APBB1IP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay APEX1

Phase 1 OLINK assay data for target APEX1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay APLP1

Phase 1 OLINK assay data for target APLP1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Serum Apo_A1 RAW

Serum biomarker Apo A1 measurement RAW in g/L. Raw data; cleaned data provided in variable G_ApoA1 with x_Threshold and x_Com variables provided for clarification. Only measured on 10000+ Fenland volunteers so far as it is not part of the routine set of measurements.

Real

Serum Apo_B RAW

Serum biomarker Apo B measurement RAW in g/L. Raw data; cleaned data provided in variable G_ApoB with x_Threshold and x_Com variables provided for clarification. Only measured on 10000+ Fenland volunteers so far as it is not part of the routine set of measurements.

Real

Apo_E

ApoE data produced by UCL from blood samples.

Real

OLINK assay APOM

Phase 1 OLINK assay data for target APOM in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

AppDate_Attended

New for R8 and replaces AppDate. Date of the apppointment which the participant ACTUALLY attended so appointment status = 2. Where participant had 2 or more appointments with status 2 the most recent date has been entered here. This is different from the data in AppDate since this is the actual date and Appdate is the date is should have been had it not been cancelled. The AppDate variable should no longer be used in R8.

Date

None

Phase 2 data. Date of the apppointment which the participant ACTUALLY attended so appointment status = 2. Where participant had 2 or more appointments with status 2 the most recent date has been entered here.

Date

OLINK assay APP

Phase 1 OLINK assay data for target APP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AP-N

Phase 1 OLINK assay data for target AP-N in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AREG

Phase 1 OLINK assay data for target AREG in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AREG

Phase 1 OLINK assay data for target AREG in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ARG1

Phase 1 OLINK assay data for target ARG1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Arg_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable Arg_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. 2nd and final QC step on this var created new and final var BIOA_002.

Real

OLINK assay ARHGAP1

Phase 1 OLINK assay data for target ARHGAP1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ARHGEF12

Phase 1 OLINK assay data for target ARHGEF12 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ARNT

Phase 1 OLINK assay data for target ARNT in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Arrival Time

Phase 2 data. Clinical visit arrival time

Time

OLINK assay ARSA

Phase 1 OLINK assay data for target ARSA in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ARSB

Phase 1 OLINK assay data for target ARSB in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

None

Phase 2 data. Self reported

Real

OLINK assay ARTN

Phase 1 OLINK assay data for target ARTN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ASGR1

Phase 1 OLINK assay data for target ASGR1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Asn_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable Asn_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. 2nd and final QC step on this var created new and final var BIOA_003.

Real

Asp_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable Asp_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. 2nd and final QC step on this var created new and final var BIOA_004.

Real

None

Assay team run observation

Real

Assay team run observation

Phase 2 data. Assay team run observation

Text

asthma_BA

Phase 2 data. Binary variable indicating whether a drug from the asthma: beta agonist class was prescribed. 0 = No; 1 = Yes;

Categorical

asthma_other

Phase 2 data. Binary variable indicating whether a drug from the asthma: other class was prescribed. 0 = No; 1 = Yes;

Categorical

asthma_steroids

Phase 2 data. Binary variable indicating whether a drug from the asthma: steroid class was prescribed. 0 = No; 1 = Yes;

Categorical

OLINK assay ATG4A

Phase 1 OLINK assay data for target ATG4A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ATP6AP2

Phase 1 OLINK assay data for target ATP6AP2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ATP6V1F

Phase 1 OLINK assay data for target ATP6V1F in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

The average data lost during free living

The average data lost during free living (1st wear of ActiHeart only) Manual scoring for Q purposes.

Categorical

OLINK assay AXIN1

Phase 1 OLINK assay data for target AXIN1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AXL

Phase 1 OLINK assay data for target AXL in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay AZU1

Phase 1 OLINK assay data for target AZU1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay B4GALT1

Phase 1 OLINK assay data for target B4GALT1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay B4GAT1

Phase 1 OLINK assay data for target B4GAT1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BACH1

Phase 1 OLINK assay data for target BACH1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Hours of Backpacking Or Mountain Climbing

Please indicate the average length of time (in hours) you spent doing the activity per episode. Backpacking Or Mountain Climbing.

Integer

Hours of Backpacking Or Mountain Climbing CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Backpacking Or Mountain Climbing. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Backpack Mountain hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Backpacking Or Mountain Climbing. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Backpacking Mountain Climbing hrs

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Backpacking Or Mountain Climbing. -1 = left blank. DO NOT USE THIS VARIABLE. Use BackPackMountainClimbHr_CLEAN_P2 instead.

Real

Minutes of Backpacking Or Mountain Climbing

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Backpacking Or Mountain Climbing.

Integer

Minutes of Backpacking Or Mountain Climbing CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Backpacking Or Mountain Climbing. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Backpack Mountain min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Backpacking Or Mountain Climbing. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Backpacking Mountain Climbing min

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Backpacking Or Mountain Climbing. -1 = left blank. DO NOT USE THIS VARIABLE. Use BackPackMountainClimbMin_CLEAN_P2 instead.

Real

Frequency of Backpacking Or Mountain Climbing CLEANED

Frequency of Backpacking Or Mountain Climbing CLEANED

Categorical

backPackMountainClimb_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for Backpacking Or Mountain Climbing

Real

Cln variable: Backpack Mountain

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Backpacking Or Mountain Climbing. CLEANED. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

BackPackMountainClimb_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Backpacking Or Mountain Climbing. Data normalised to DE template 1 data.

Categorical

Backpacking or Mountain Climbing

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Backpacking Or Mountain Climbing. DO NOT USE THIS VARIABLE. Use BackPackMountainClimb_CLEAN_P2 instead.

Real

Backpacking or Mountain Climbing

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Backpacking Or Mountain Climbing. Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of Backpacking Or Mountain Climbing DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Backpacking Or Mountain Climbing. Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in BackPackMountainClimb_T2. Instead use BackPackMountainClimb_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of Backpacking Or Mountain Climbing DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Backpacking Or Mountain Climbing. Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in BackPackMountainClimb_T1. Instead use BackPackMountainClimb_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

OLINK assay BAG6

Phase 1 OLINK assay data for target BAG6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BAMBI

Phase 1 OLINK assay data for target BAMBI in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BANK1

Phase 1 OLINK assay data for target BANK1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

None

2D Barcode of aliquot

Real

2D Barcode of aliquot

Phase 2 data. 2D Barcode of aliquot

Text

Basophil count

Basophils play a role in the immune system; particularly in allergic reactions and inflammation. A high basophil count (basophilia) can indicate various conditions; including allergies; chronic inflammation; and certain blood disorders. A normal basophil count is generally between 0.02 to 0.10 x 10^9/L. 

Real

Branch chain amino acid alanine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) alanine peak area compared against peak area of known internal standard

Real

Branch chain amino acid arginine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) arginine peak area compared against peak area of known internal standard

Real

Branch chain amino acid asparagine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) asparagine peak area compared against peak area of known internal standard

Real

Branch chain amino acid aspartic acid

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) aspartic acid peak area compared against peak area of known internal standard

Real

Branch chain amino acid betaine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) betaine peak area compared against peak area of known internal standard

Real

BCAA box number

New in R7. Number of BCAA box assigned by MRC Epi lab.

Integer

Branch chain amino acid citrulline

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) citrulline peak area compared against peak area of known internal standard

Real

Branch chain amino acid cystine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) cystine peak area compared against peak area of known internal standard

Real

Branch chain amino acid glutamic acid

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) glutamic acid peak area compared against peak area of known internal standard

Real

Branch chain amino acid glutamine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) glutamine peak area compared against peak area of known internal standard

Real

Branch chain amino acid glycine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) glycine peak area compared against peak area of known internal standard

Real

Branch chain amino acid histidine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) histidine peak area compared against peak area of known internal standard

Real

Branch chain amino acid isoleucine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) isoleucine peak area compared against peak area of known internal standard

Real

Branch chain amino acid leucine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) leucine peak area compared against peak area of known internal standard

Real

Branch chain amino acid lysine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) lysine peak area compared against peak area of known internal standard

Real

Branch chain amino acid methionine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) methionine peak area compared against peak area of known internal standard

Real

Branch chain amino acid methylhistidine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) methylhistidine peak area compared against peak area of known internal standard

Real

Branch chain amino acid ornithine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) ornithine peak area compared against peak area of known internal standard

Real

Branch chain amino acid phenylalanine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) phenylalanine peak area compared against peak area of known internal standard

Real

Branch chain amino acid proline

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) proline peak area compared against peak area of known internal standard

Real

BCAA sample ID

New in R7. ID number for BCAA sample assigned by MRC Epi lab.

Integer

Branch chain amino acid serine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) serine peak area compared against peak area of known internal standard

Real

Branch chain amino acid threonine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) threonine peak area compared against peak area of known internal standard

Real

Branch chain amino acid tryptophan

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) tryptophan peak area compared against peak area of known internal standard

Real

Branch chain amino acid tyrosine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) tyrosine peak area compared against peak area of known internal standard

Real

Branch chain amino acid valine

New in R7. Relative concentration of Plasma Heparin BCAA (branch Chain Amino Acid) valine peak area compared against peak area of known internal standard

Real

OLINK assay BCAM

Phase 1 OLINK assay data for target BCAM in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BCAN

Phase 1 OLINK assay data for target BCAN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BCL2L11

Phase 1 OLINK assay data for target BCL2L11 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BCR

Phase 1 OLINK assay data for target BCR in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OnBetablockers

New in R8. Is the volunteer on betablockers? As indicated by nurse at the time of doing treadmill test. Volunteer's affermative answer is recorded as yes. The data is then reviewed by the PA team and corrected where additional information (eg notes on form) indicates betablocker useage. This is a much more accurate indication of betablocker useage then BNF_Betablocker variable.

Categorical

beta_blocker

Phase 2 data. Binary variable indicating whether a drug from the beta blocker class was prescribed. 0 = No; 1 = Yes;

Categorical

OLINK assay Beta-NGF

Phase 1 OLINK assay data for target Beta-NGF in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay Beta-NGF

Phase 1 OLINK assay data for target Beta-NGF in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BGN

Phase 1 OLINK assay data for target BGN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BID

Phase 1 OLINK assay data for target BID in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Bilirubin 0 minutes

Serum Total Bili (Bilirubin) measurement taken at 0 minutes in umol/L

Integer

Bilirubin 0 minutes

Phase 2 data. Serum Total Bili (Bilirubin) measurement taken at 0 minutes in umol/L

Integer

None

Metabolomics Biocrates assay N of repeats (1 to 3). Most samples were assayed only once but some were assayed multiple times.

Integer

Ala_QCstep2 valid=1 LoD=1

New in R8. QCd metabolomics data (final) for alanine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=1 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable ala. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Ala_raw and QCstep1 var is Ala

Real

Arg_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for arginine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable arg. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Arg_raw and QCstep1 var is Arg_i

Real

Asn_QCstep2 valid=1 LoD=15

New in R8. QCd metabolomics data (final) for asparagine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=1.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable asn. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Asn_raw and QCstep1 var is Asn_i

Real

Asp_QCstep2 valid=0 LoD=15

New in R8. QCd metabolomics data (final) for aspartate - Metabolomics measures in an absolute scale (uM) - validity=0 and LoD=1.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable asp. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Asp_raw and QCstep1 var is Asp_i

Real

Cit_QCstep2 valid=0 LoD=1

New in R8. QCd metabolomics data (final) for citrulline - Metabolomics measures in an absolute scale (uM) - validity=0 and LoD=1 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable cit. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Cit_raw and QCstep1 var is Cit_i

Real

Gln_QCstep2 valid=1 LoD=15

New in R8. QCd metabolomics data (final) for glutamine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=1.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable gln. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Gln_raw and QCstep1 var is Gln_i

Real

Glu_QCstep2 valid=1 LoD=2

New in R8. QCd metabolomics data (final) for glutamate - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=2 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable glu. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Glu_raw and QCstep1 var is Glu_i

Real

Gly_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for glycine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable gly. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Gly_raw and QCstep1 var is Gly_i

Real

His_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for histidine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable his. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is His_raw and QCstep1 var is His

Real

Ile_QCstep2 valid=1 LoD=15

New in R8. QCd metabolomics data (final) for isoleucine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=1.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable ile. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Ile_raw and QCstep1 var is Ile

Real

Leu_QCstep2 valid=1 LoD=15

New in R8. QCd metabolomics data (final) for leucine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=1.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable leu. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Leu_raw and QCstep1 var is Leu

Real

Lys_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for lysine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lys. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Lys_raw and QCstep1 var is Lys

Real

Met_QCstep2 valid=1 LoD=01

New in R8. QCd metabolomics data (final) for methionine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.1 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable met. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Met_raw and QCstep1 var is Met_i

Real

Orn_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for ornithine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable orn. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Orn_raw and QCstep1 var is Orn_i

Real

PEA_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for phenylethylamine - Metabolomics measures in an absolute scale (uM) - validity=0 and LoD=0.03 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pea. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PEA_raw and QCstep1 var is PEA_i

Real

Phe_QCstep2 valid=1 LoD=01

New in R8. QCd metabolomics data (final) for phenylalanine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.1 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable phe. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Phe_raw and QCstep1 var is Phe

Real

Pro_QCstep2 valid=1 LoD=1

New in R8. QCd metabolomics data (final) for proline - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=1 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pro. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Pro_raw and QCstep1 var is Pro_i

Real

Ser_QCstep2 valid=1 LoD=1

New in R8. QCd metabolomics data (final) for serine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=1 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable ser. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Ser_raw and QCstep1 var is Ser_i

Real

Thr_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for threonine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable thr. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Thr_raw and QCstep1 var is Thr_i

Real

Trp_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for tryptophan - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable trp. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Trp_raw and QCstep1 var is Trp_i

Real

Tyr_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for tyrosine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable tyr. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Tyr_raw and QCstep1 var is Tyr

Real

Val_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for valine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable val. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Val_raw and QCstep1 var is Val

Real

AcOrn_QCstep2 valid=0 LoD=015

New in R8. QCd metabolomics data (final) for acetylornithine - Metabolomics measures in an absolute scale (uM) - validity=0 and LoD=0.15 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable acorn. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is AcOrn_raw and QCstep1 var is AcOrn_i

Real

SDMA_QCstep2 valid=1 LoD=03

New in R8. QCd metabolomics data (final) for symmetric dimethylarginine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.3 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable sdma. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SDMA_raw and QCstep1 var is SDMA_i

Real

alphaAAA_QCstep2 valid=0 LoD=03

New in R8. QCd metabolomics data (final) for alpha-aminoadipic acid - Metabolomics measures in an absolute scale (uM) - validity=0 and LoD=0.3 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable alphaaaa. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is alphaAAA_raw and QCstep1 var is alphaAAA_i

Real

Creatinine_QCstep2 valid=1 LoD=1

New in R8. QCd metabolomics data (final) for creatinine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=1 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable creatinine. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Creatinine_raw and QCstep1 var is Creatinine

Real

Kynurenine_QCstep2 valid=0 LoD=03

New in R8. QCd metabolomics data (final) for kynurenine - Metabolomics measures in an absolute scale (uM) - validity=0 and LoD=0.3 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable kynurenine. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Kynurenine_raw and QCstep1 var is Kynurenine_i

Real

MetSO_QCstep2 valid=0 LoD=03

New in R8. QCd metabolomics data (final) for methioninesulfoxide - Metabolomics measures in an absolute scale (uM) - validity=0 and LoD=0.3 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable metso. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is MetSO_raw and QCstep1 var is MetSO_i

Real

c4OHPro_QCstep2 valid=1 LoD=01

New in R8. QCd metabolomics data (final) for cis-hydroxyproline - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.1 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c4ohpro. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is c4OHPro_raw and QCstep1 var is c4OHPro_i

Real

t4OHPro_QCstep2 valid=1 LoD=01

New in R8. QCd metabolomics data (final) for trans-hydroxyproline - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.1 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable t4ohpro. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is t4OHPro_raw and QCstep1 var is t4OHPro

Real

Sarcosine_QCstep2 valid=1 LoD=03

New in R8. QCd metabolomics data (final) for sarcosine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.3 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable sarcosine. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Sarcosine_raw and QCstep1 var is Sarcosine_i

Real

Serotonin_QCstep2 valid=1 LoD=003

New in R8. QCd metabolomics data (final) for serotonin - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.03 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable serotonin. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Serotonin_raw and QCstep1 var is Serotonin_i

Real

Spermidine_QCstep2 valid=0 LoD=008

New in R8. QCd metabolomics data (final) for spermidine - Metabolomics measures in an absolute scale (uM) - validity=0 and LoD=0.08 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable spermidine. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Spermidine_raw and QCstep1 var is Spermidine_i

Real

Taurine_QCstep2 valid=1 LoD=05

New in R8. QCd metabolomics data (final) for taurine - Metabolomics measures in an absolute scale (uM) - validity=1 and LoD=0.5 uM based on the Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable taurine. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Taurine_raw and QCstep1 var is Taurine_i

Real

Biochem Comments

Comments from lab related to BioChem samples.

Text

BioChemFormRec

New in R7. Has the Biochemistry form been received

Categorical

None

Has Biochemistry data been imported into Study access database?

Categorical

Biochem Imported

Phase 2 data. Biochemistry Imported? Data from study database. 0 = No; 1 = Yes;

Categorical

None

Variable present in Fenland study database which indicates if there are any issues with biochemistry data collected.

Biochem Manual Edit Warning

Phase 2 data. Variable present in Fenland study database which indicates if there are any issues with biochemistry data collected. 0 = No; 1 = Yes;

Categorical

None

Biochemistry test results received date from test laboratory.

Date

Biochem Received Date

Phase 2 data. Date Phase 2 biochem sample was received in lab.

Date

None

Phase 2 data. BioChemistry Import variable (leptin results only?). Fields with Data

Integer

None

Phase 2 data. BioChemistry Import variable (leptin results only?). Fields with Data

Text

None

Phase 2 data. BioChemistry Import variable (leptin results only?). Fields with Data

Integer

None

Phase 2 data. BioChemistry Import variable (leptin results only?). Fields with Data

Text

None

Phase 2 data. BioChemistry Import variable (leptin results only?). Fields with Data

Date

None

Phase 2 data. BioChemistry Import variable (leptin results only?). Fields with Data

Integer

None

Phase 2 data. BioChemistry Import variable (leptin results only?). Fields with Data

Integer

None

Metabolomics Biocrates assay date (DD/MM/YYYY)

Date

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for IFNg at T000 timepoint (fasting). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for IFNg at T000 timepoint (fasting). Results for plates 1a to 41 were bridged with rest of the plates using a bridging factor of 1.645 to calculate Calc Conc Mean.

Text

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used for IFNg at T000 timepoint (fasting).

Text

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for IFNg at T000 timepoint (fasting).

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None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for IFNg at T000 timepoint (fasting).

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None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For IFNg at T000 timepoint (fasting).

Text

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for IFNg at T120 timepoint (2hrs post glucose drink). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

Text

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for IFNg at T120 timepoint (fasting). Results for plates 1a to 41 were bridged with rest of the plates using a bridging factor of 1.645 to calculate Calc Conc Mean. EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

Text

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used forIFNg at T120 timepoint (2hrs post glucose drink).

Text

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for IFNg at T120 timepoint (2hrs post glucose drink).

Text

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for IFNg at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For IFNg at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for IL1b at T000 timepoint (fasting). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for IL1b at T000 timepoint (fasting). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used forIL1b at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for IL1b at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for IL1b at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For IL1b at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for IL1b at T120 timepoint (2hrs post glucose drink). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for IL1b at T120 timepoint (2hrs post glucose drink). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used forIL1b at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for IL1b at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for IL1b at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For IL1b at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for IL6 at T000 timepoint (fasting). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for IL6 at T000 timepoint (fasting). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used forIL6 at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for IL6 at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for IL6 at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For IL6 at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for IL6 at T120 timepoint (2hrs post glucose drink). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for IL6 at T120 timepoint (2hrs post glucose drink). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used forIL6 at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for IL6 at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for IL6 at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For IL6 at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for IL8 at T000 timepoint (fasting). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for IL8 at T000 timepoint (fasting). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used forIL8 at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for IL8 at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for IL8 at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For IL8 at T000 timepoint (fasting).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for IL8 at T120 timepoint (2hrs post glucose drink). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for IL8 at T120 timepoint (2hrs post glucose drink). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used forIL8 at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for IL8 at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for IL8 at T120 timepoint (2hrs post glucose drink).

Text

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For IL8 at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for TNFa at T000 timepoint (fasting). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for TNFa at T000 timepoint (fasting). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used forTNFa at T000 timepoint (fasting).

Text

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for TNFa at T000 timepoint (fasting).

Text

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for TNFa at T000 timepoint (fasting).

Text

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For TNFa at T000 timepoint (fasting).

Text

None

New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The CV of calculated concentation between intraplate (within plate) duplicates (where applicable) calculated by the MSD software for TNFa at T120 timepoint (2hrs post glucose drink). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

Text

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. The mean of calculated concentration in pg/mL calculated by the MSD software for TNFa at T120 timepoint (2hrs post glucose drink). EX = technical error; ALD = above upper limit of detectio; BLD = below lower limit of detection; PD = poor duplicate - CalcConcCV of within plate (intra-plate) duplicates higher than 20percent;

Text

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate Barcode number of plate used forTNFa at T120 timepoint (2hrs post glucose drink).

Text

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Random plate number (asigned by lab team) of plate used for TNFa at T120 timepoint (2hrs post glucose drink).

Text

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Plate well in 96-well plate used for TNFa at T120 timepoint (2hrs post glucose drink).

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New for R8a. MSD Proinflammatory Cytokines Project 0139 measuring phase 1 serum samples for proinflammatory biomarkers using the MSD V-Plex Human proinflammatory panel I (4-plex) kits. Indication where measurement was in relation to detection range. Above Detection Range (above the calculated high). Or In Detection Range (between calculated high and calculated low. Or Below Detection Range and Below Fit Curve Range (below calculated low). For TNFa at T120 timepoint (2hrs post glucose drink).

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Metabolomics assay plate number as assigned by MRC Epi lab team

Integer

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Metabolomics Random plate number as assigned by the data management team to be used to de-identify the results

Integer

C0_QCstep2 valid=1 LoD=4

New in R8. QCd metabolomics data (final) for carnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=4 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c0. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C0_raw and QCstep1 var is C0

Real

C2_QCstep2 valid=1 LoD=015

New in R8. QCd metabolomics data (final) for acetylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.15 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c2. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C2_raw and QCstep1 var is C2

Real

C3_QCstep2 valid=1 LoD=008

New in R8. QCd metabolomics data (final) for propionylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.08 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c3. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C3_raw and QCstep1 var is C3

Real

C31_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for propenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c31. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C31_raw and QCstep1 var is C31

Real

C3OH_QCstep2 valid=0 LoD=005

New in R8. QCd metabolomics data (final) for hydroxypropionylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.05 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c3oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C3OH_raw and QCstep1 var is C3OH

Real

C4_QCstep2 valid=1 LoD=003

New in R8. QCd metabolomics data (final) for butyrylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c4. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C4_raw and QCstep1 var is C4

Real

C41_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for butenylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c41. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C41_raw and QCstep1 var is C41

Real

C3DCMC5OH_QCstep2 valid=0 LoD=01

New in R8. QCd metabolomics data (final) for hydroxybutyrylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.1 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c3dcmc5oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C3DCMC5OH_raw and QCstep1 var is C3DCMC5OH

Real

C5_QCstep2 valid=1 LoD=004

New in R8. QCd metabolomics data (final) for valerylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c5. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C5_raw and QCstep1 var is C5

Real

C51_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for tiglylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c51. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C51_raw and QCstep1 var is C51

Real

C51DC_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for glutaconylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c51dc. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C51DC_raw and QCstep1 var is C51DC

Real

C5DCC6OH_QCstep2 valid=0 LoD=0035

New in R8. QCd metabolomics data (final) for glutarylcarnitine (hydroxihexanoylcarnitine) - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.035 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c5dcc6oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C5DCC6OH_raw and QCstep1 var is C5DCC6OH

Real

C5MDC_QCstep2 valid=0 LoD=006

New in R8. QCd metabolomics data (final) for methylglutarylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.06 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c5mdc. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C5MDC_raw and QCstep1 var is C5MDC

Real

C3DCC4OH_QCstep2 valid=0 LoD=009

New in R8. QCd metabolomics data (final) for hydroxyvalerylcarnitine (methylmalonlcarnitine) - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.09 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c3dcc4oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C3DCC4OH_raw and QCstep1 var is C3DCC4OH

Real

C6C41DC_QCstep2 valid=1 LoD=008

New in R8. QCd metabolomics data (final) for hexanoylcarnitine (fumarylcarnitine) - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.08 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c6c41dc. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C6C41DC_raw and QCstep1 var is C6C41DC

Real

C61_QCstep2 valid=0 LoD=0035

New in R8. QCd metabolomics data (final) for hexenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.035 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c61. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C61_raw and QCstep1 var is C61

Real

C7DC_QCstep2 valid=0 LoD=0035

New in R8. QCd metabolomics data (final) for pimelylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.035 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c7dc. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C7DC_raw and QCstep1 var is C7DC

Real

C8_QCstep2 valid=1 LoD=017

New in R8. QCd metabolomics data (final) for octanoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.17 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c8. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C8_raw and QCstep1 var is C8

Real

C9_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for nonaylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c9. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C9_raw and QCstep1 var is C9

Real

C10_QCstep2 valid=1 LoD=016

New in R8. QCd metabolomics data (final) for decanoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.16 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c10. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C10_raw and QCstep1 var is C10

Real

C101_QCstep2 valid=0 LoD=012

New in R8. QCd metabolomics data (final) for decenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.12 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c101. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C101_raw and QCstep1 var is C101

Real

C102_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for decadienylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c102. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C102_raw and QCstep1 var is C102

Real

C12_QCstep2 valid=1 LoD=0057

New in R8. QCd metabolomics data (final) for dodecanoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.057 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c12. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C12_raw and QCstep1 var is C12

Real

C12DC_QCstep2 valid=0 LoD=02

New in R8. QCd metabolomics data (final) for dodecaenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.2 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c12dc. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C12DC_raw and QCstep1 var is C12DC

Real

C121_QCstep2 valid=0 LoD=02

New in R8. QCd metabolomics data (final) for dodecanedioylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.2 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c121. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C121_raw and QCstep1 var is C121

Real

C14_QCstep2 valid=1 LoD=003

New in R8. QCd metabolomics data (final) for tetradecanoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c14. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C14_raw and QCstep1 var is C14

Real

C141_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for tetradecenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c141. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C141_raw and QCstep1 var is C141

Real

C141OH_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for hydroxytetradecenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c141oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C141OH_raw and QCstep1 var is C141OH

Real

C142_QCstep2 valid=0 LoD=0012

New in R8. QCd metabolomics data (final) for tetradecadienylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.012 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c142. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C142_raw and QCstep1 var is C142

Real

C142OH_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for hydroxytetradecadienylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c142oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C142OH_raw and QCstep1 var is C142OH

Real

C16_QCstep2 valid=1 LoD=0018

New in R8. QCd metabolomics data (final) for hexadecanoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.018 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c16. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C16_raw and QCstep1 var is C16

Real

C161_QCstep2 valid=0 LoD=006

New in R8. QCd metabolomics data (final) for hexadecenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.06 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c161. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C161_raw and QCstep1 var is C161

Real

C161OH_QCstep2 valid=0 LoD=002

New in R8. QCd metabolomics data (final) for hydroxyhexadecenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.02 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c161oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C161OH_raw and QCstep1 var is C161OH

Real

C162_QCstep2 valid=0 LoD=0008

New in R8. QCd metabolomics data (final) for hexadecadienylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.008 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c162. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C162_raw and QCstep1 var is C162

Real

C162OH_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for hydroxyhexadecadienylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c162oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C162OH_raw and QCstep1 var is C162OH

Real

C16OH_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for hydroxyhexadecanoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c16oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C16OH_raw and QCstep1 var is C16OH

Real

C18_QCstep2 valid=1 LoD=002

New in R8. QCd metabolomics data (final) for octadecanoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=0.02 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c18. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C18_raw and QCstep1 var is C18_i

Real

C181_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for octadecenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c181. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C181_raw and QCstep1 var is C181_i

Real

C181OH_QCstep2 valid=0 LoD=0023

New in R8. QCd metabolomics data (final) for hydroxyoctadecenoylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.023 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c181oh. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C181OH_raw and QCstep1 var is C181OH_i

Real

C182_QCstep2 valid=0 LoD=0009

New in R8. QCd metabolomics data (final) for octadecadienylcarnitine - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.009 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable c182. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is C182_raw and QCstep1 var is C182_i

Real

PCaaC240_QCstep2 valid=0 LoD=01

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C240 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.1 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac240. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC240_raw and QCstep1 var is PCaaC240_i

Real

lysoPCaC140_QCstep2 valid=0 LoD=5

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C140 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=5 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac140. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC140_raw and QCstep1 var is lysoPCaC140

Real

lysoPCaC161_QCstep2 valid=0 LoD=007

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C161 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.07 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac161. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC161_raw and QCstep1 var is lysoPCaC161

Real

lysoPCaC170_QCstep2 valid=0 LoD=005

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C170 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.05 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac170. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC170_raw and QCstep1 var is lysoPCaC170

Real

lysoPCaC180_QCstep2 valid=0 LoD=005

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C180 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.05 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac180. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC180_raw and QCstep1 var is lysoPCaC180

Real

lysoPCaC182_QCstep2 valid=0 LoD=01

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C182 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.1 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac182. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC182_raw and QCstep1 var is lysoPCaC182

Real

lysoPCaC204_QCstep2 valid=0 LoD=002

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C204 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.02 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac204. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC204_raw and QCstep1 var is lysoPCaC204

Real

PCaaC260_QCstep2 valid=0 LoD=14

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C260 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=1.4 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac260. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC260_raw and QCstep1 var is PCaaC260_i

Real

PCaaC281_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C281 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac281. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC281_raw and QCstep1 var is PCaaC281_i

Real

PCaaC300_QCstep2 valid=0 LoD=02

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C300 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.2 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac300. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC300_raw and QCstep1 var is PCaaC300_i

Real

lysoPCaC261_QCstep2 valid=0 LoD=4

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C261 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=4 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac261. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC261_raw and QCstep1 var is lysoPCaC261

Real

lysoPCaC160_QCstep2 valid=0 LoD=012

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C160 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.12 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac160. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC160_raw and QCstep1 var is lysoPCaC160_i

Real

lysoPCaC181_QCstep2 valid=0 LoD=01

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C181 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.1 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac181. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC181_raw and QCstep1 var is lysoPCaC181_i

Real

lysoPCaC203_QCstep2 valid=0 LoD=02

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C203 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.2 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac203. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC203_raw and QCstep1 var is lysoPCaC203_i

Real

lysoPCaC240_QCstep2 valid=0 LoD=13

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C240 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=1.3 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac240. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC240_raw and QCstep1 var is lysoPCaC240_i

Real

lysoPCaC260_QCstep2 valid=0 LoD=05

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C260 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.5 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac260. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC260_raw and QCstep1 var is lysoPCaC260_i

Real

PCaaC320_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C320 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac320. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC320_raw and QCstep1 var is PCaaC320_i

Real

PCaaC321_QCstep2 valid=0 LoD=006

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C321 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.06 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac321. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC321_raw and QCstep1 var is PCaaC321_i

Real

PCaaC322_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C322 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac322. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC322_raw and QCstep1 var is PCaaC322_i

Real

lysoPCaC280_QCstep2 valid=0 LoD=033

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C280 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.33 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac280. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC280_raw and QCstep1 var is lysoPCaC280_i

Real

lysoPCaC281_QCstep2 valid=0 LoD=015

New in R8. QCd metabolomics data (final) for lysoPhosphatidylcholine acyl C281 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.15 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable lysopcac281. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is lysoPCaC281_raw and QCstep1 var is lysoPCaC281_i

Real

PCaaC323_QCstep2 valid=0 LoD=0008

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C323 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.008 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac323. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC323_raw and QCstep1 var is PCaaC323_i

Real

PCaaC341_QCstep2 valid=0 LoD=006

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C341 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.06 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac341. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC341_raw and QCstep1 var is PCaaC341_i

Real

PCaaC342_QCstep2 valid=0 LoD=01

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C342 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.1 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac342. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC342_raw and QCstep1 var is PCaaC342_i

Real

PCaaC343_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C343 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac343. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC343_raw and QCstep1 var is PCaaC343_i

Real

PCaaC344_QCstep2 valid=0 LoD=0006

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C344 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.006 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac344. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC344_raw and QCstep1 var is PCaaC344_i

Real

PCaaC360_QCstep2 valid=0 LoD=02

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C360 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.2 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac360. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC360_raw and QCstep1 var is PCaaC360_i

Real

PCaaC361_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C361 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac361. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC361_raw and QCstep1 var is PCaaC361_i

Real

PCaaC362_QCstep2 valid=0 LoD=015

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C362 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.15 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac362. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC362_raw and QCstep1 var is PCaaC362_i

Real

PCaaC363_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C363 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac363. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC363_raw and QCstep1 var is PCaaC363_i

Real

PCaaC364_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C364 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac364. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC364_raw and QCstep1 var is PCaaC364_i

Real

PCaaC365_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C365 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac365. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC365_raw and QCstep1 var is PCaaC365_i

Real

PCaaC366_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C366 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac366. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC366_raw and QCstep1 var is PCaaC366_i

Real

PCaaC380_QCstep2 valid=0 LoD=02

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C380 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.2 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac380. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC380_raw and QCstep1 var is PCaaC380_i

Real

PCaaC381_QCstep2 valid=0 LoD=008

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C381 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.08 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac381. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC381_raw and QCstep1 var is PCaaC381_i

Real

PCaaC383_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C383 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac383. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC383_raw and QCstep1 var is PCaaC383_i

Real

PCaaC384_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C384 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac384. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC384_raw and QCstep1 var is PCaaC384_i

Real

PCaaC385_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C385 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac385. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC385_raw and QCstep1 var is PCaaC385_i

Real

PCaaC386_QCstep2 valid=0 LoD=002

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C386 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.02 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac386. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC386_raw and QCstep1 var is PCaaC386_i

Real

PCaaC401_QCstep2 valid=0 LoD=04

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C401 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.4 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac401. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC401_raw and QCstep1 var is PCaaC401_i

Real

PCaaC402_QCstep2 valid=0 LoD=002

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C402 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.02 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac402. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC402_raw and QCstep1 var is PCaaC402_i

Real

PCaaC403_QCstep2 valid=0 LoD=0006

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C403 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.006 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac403. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC403_raw and QCstep1 var is PCaaC403_i

Real

PCaaC404_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C404 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac404. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC404_raw and QCstep1 var is PCaaC404_i

Real

PCaaC405_QCstep2 valid=0 LoD=004

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C405 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.04 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac405. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC405_raw and QCstep1 var is PCaaC405_i

Real

PCaaC406_QCstep2 valid=0 LoD=12

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C406 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=1.2 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac406. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC406_raw and QCstep1 var is PCaaC406_i

Real

PCaaC420_QCstep2 valid=0 LoD=005

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C420 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.05 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac420. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC420_raw and QCstep1 var is PCaaC420_i

Real

PCaaC421_QCstep2 valid=0 LoD=0008

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C421 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.008 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac421. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC421_raw and QCstep1 var is PCaaC421_i

Real

PCaaC422_QCstep2 valid=0 LoD=0006

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C422 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.006 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac422. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC422_raw and QCstep1 var is PCaaC422_i

Real

PCaaC424_QCstep2 valid=0 LoD=0006

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C424 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.006 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac424. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC424_raw and QCstep1 var is PCaaC424_i

Real

PCaaC425_QCstep2 valid=0 LoD=005

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C425 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.05 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac425. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC425_raw and QCstep1 var is PCaaC425_i

Real

PCaaC426_QCstep2 valid=0 LoD=03

New in R8. QCd metabolomics data (final) for phosphatidylcholine diacyl C426 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.3 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaac426. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaaC426_raw and QCstep1 var is PCaaC426_i

Real

PCaeC300_QCstep2 valid=0 LoD=015

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C300 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.15 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec300. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC300_raw and QCstep1 var is PCaeC300_i

Real

PCaeC301_QCstep2 valid=0 LoD=002

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C301 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.02 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec301. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC301_raw and QCstep1 var is PCaeC301_i

Real

PCaeC302_QCstep2 valid=0 LoD=057

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C302 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.57 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec302. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC302_raw and QCstep1 var is PCaeC302_i

Real

PCaeC321_QCstep2 valid=0 LoD=0009

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C321 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.009 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec321. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC321_raw and QCstep1 var is PCaeC321_i

Real

PCaeC322_QCstep2 valid=0 LoD=002

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C322 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.02 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec322. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC322_raw and QCstep1 var is PCaeC322_i

Real

PCaeC340_QCstep2 valid=0 LoD=0017

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C340 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.017 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec340. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC340_raw and QCstep1 var is PCaeC340_i

Real

PCaeC341_QCstep2 valid=0 LoD=0012

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C341 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.012 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec341. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC341_raw and QCstep1 var is PCaeC341_i

Real

PCaeC342_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C342 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec342. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC342_raw and QCstep1 var is PCaeC342_i

Real

PCaeC343_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C343 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec343. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC343_raw and QCstep1 var is PCaeC343_i

Real

PCaeC360_QCstep2 valid=0 LoD=012

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C360 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.12 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec360. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC360_raw and QCstep1 var is PCaeC360_i

Real

PCaeC361_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C361 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec361. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC361_raw and QCstep1 var is PCaeC361_i

Real

PCaeC362_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C362 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec362. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC362_raw and QCstep1 var is PCaeC362_i

Real

PCaeC363_QCstep2 valid=0 LoD=0007

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C363 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.007 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec363. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC363_raw and QCstep1 var is PCaeC363_i

Real

PCaeC364_QCstep2 valid=0 LoD=0013

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C364 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.013 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec364. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC364_raw and QCstep1 var is PCaeC364_i

Real

PCaeC365_QCstep2 valid=0 LoD=0012

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C365 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.012 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec365. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC365_raw and QCstep1 var is PCaeC365_i

Real

PCaeC380_QCstep2 valid=0 LoD=0066

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C380 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.066 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec380. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC380_raw and QCstep1 var is PCaeC380_i

Real

PCaeC381_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C381 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec381. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC381_raw and QCstep1 var is PCaeC381_i

Real

PCaeC382_QCstep2 valid=0 LoD=0018

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C382 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.018 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec382. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC382_raw and QCstep1 var is PCaeC382_i

Real

PCaeC383_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C383 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec383. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC383_raw and QCstep1 var is PCaeC383_i

Real

PCaeC384_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C384 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec384. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC384_raw and QCstep1 var is PCaeC384_i

Real

PCaeC385_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C385 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec385. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC385_raw and QCstep1 var is PCaeC385_i

Real

PCaeC386_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C386 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec386. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC386_raw and QCstep1 var is PCaeC386_i

Real

PCaeC401_QCstep2 valid=0 LoD=006

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C401 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.06 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec401. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC401_raw and QCstep1 var is PCaeC401_i

Real

PCaeC402_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C402 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec402. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC402_raw and QCstep1 var is PCaeC402_i

Real

PCaeC403_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C403 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec403. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC403_raw and QCstep1 var is PCaeC403_i

Real

PCaeC404_QCstep2 valid=0 LoD=01

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C404 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.1 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec404. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC404_raw and QCstep1 var is PCaeC404_i

Real

PCaeC405_QCstep2 valid=0 LoD=0006

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C405 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.006 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec405. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC405_raw and QCstep1 var is PCaeC405_i

Real

PCaeC406_QCstep2 valid=0 LoD=0025

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C406 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.025 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec406. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC406_raw and QCstep1 var is PCaeC406_i

Real

PCaeC420_QCstep2 valid=0 LoD=04

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C420 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.4 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec420. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC420_raw and QCstep1 var is PCaeC420_i

Real

PCaeC421_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C421 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec421. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC421_raw and QCstep1 var is PCaeC421_i

Real

PCaeC422_QCstep2 valid=0 LoD=0006

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C422 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.006 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec422. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC422_raw and QCstep1 var is PCaeC422_i

Real

PCaeC423_QCstep2 valid=0 LoD=0006

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C423 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.006 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec423. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC423_raw and QCstep1 var is PCaeC423_i

Real

PCaeC424_QCstep2 valid=0 LoD=03

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C424 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.3 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec424. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC424_raw and QCstep1 var is PCaeC424_i

Real

PCaeC425_QCstep2 valid=0 LoD=13

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C425 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=1.3 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec425. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC425_raw and QCstep1 var is PCaeC425_i

Real

PCaeC443_QCstep2 valid=0 LoD=0006

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C443 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.006 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec443. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC443_raw and QCstep1 var is PCaeC443_i

Real

PCaeC445_QCstep2 valid=0 LoD=002

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C445 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.02 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec445. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC445_raw and QCstep1 var is PCaeC445_i

Real

PCaeC446_QCstep2 valid=0 LoD=009

New in R8. QCd metabolomics data (final) for phosphatidylcholine acyl-alkyl C446 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.09 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable pcaec446. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is PCaeC446_raw and QCstep1 var is PCaeC446_i

Real

SMC160_QCstep2 valid=0 LoD=003

New in R8. QCd metabolomics data (final) for shpingomyeline C160 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.03 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smc160. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMC160_raw and QCstep1 var is SMC160_i

Real

SMC161_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for shpingomyeline C161 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smc161. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMC161_raw and QCstep1 var is SMC161_i

Real

SMC180_QCstep2 valid=0 LoD=007

New in R8. QCd metabolomics data (final) for shpingomyeline C180 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.07 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smc180. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMC180_raw and QCstep1 var is SMC180_i

Real

SMC181_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for shpingomyeline C181 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smc181. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMC181_raw and QCstep1 var is SMC181_i

Real

SMC202_QCstep2 valid=0 LoD=0005

New in R8. QCd metabolomics data (final) for shpingomyeline C202 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.005 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smc202. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMC202_raw and QCstep1 var is SMC202_i

Real

SMC240_QCstep2 valid=0 LoD=013

New in R8. QCd metabolomics data (final) for shpingomyeline C240 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.13 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smc240. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMC240_raw and QCstep1 var is SMC240_i

Real

SMC241_QCstep2 valid=0 LoD=0035

New in R8. QCd metabolomics data (final) for shpingomyeline C241 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.035 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smc241. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMC241_raw and QCstep1 var is SMC241_i

Real

SMOHC141_QCstep2 valid=0 LoD=0025

New in R8. QCd metabolomics data (final) for hydroxysphingomyeline C141 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.025 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smohc141. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMOHC141_raw and QCstep1 var is SMOHC141_i

Real

SMOHC161_QCstep2 valid=0 LoD=0012

New in R8. QCd metabolomics data (final) for hydroxysphingomyeline C161 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.012 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smohc161. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMOHC161_raw and QCstep1 var is SMOHC161_i

Real

SMOHC221_QCstep2 valid=0 LoD=0015

New in R8. QCd metabolomics data (final) for hydroxysphingomyeline C221 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.015 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smohc221. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMOHC221_raw and QCstep1 var is SMOHC221_i

Real

SMOHC222_QCstep2 valid=0 LoD=001

New in R8. QCd metabolomics data (final) for hydroxysphingomyeline C222 - Metabolomics measures in a relative scale (uM) - validity=0 and LoD=0.01 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable smohc222. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is SMOHC222_raw and QCstep1 var is SMOHC222_i

Real

Hexose_QCstep2 valid=1 LoD=20

New in R8. QCd metabolomics data (final) for hexose - Metabolomics measures in a relative scale (uM) - validity=1 and LoD=20 based on Biocrates report - processed for analysis use -derived by 2-step QC process from raw variable hexose. Assayed in MRC HNR lab on plasma using Liquid Chromatography Mass Spec with batch correction via location-scale method after 1) normalisation of a Box-Cox type and 2) winsorisation based on overall mean +/- 5 x batch-specific standard deviation - see the Fenland document on metabolomics for more details) Raw var is Hexose_raw and QCstep1 var is Hexose_i

Real

None

Metabolomics Biocrates assay well position(s)

Text

OLINK assay BIRC2

Phase 1 OLINK assay data for target BIRC2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

None

Year of birth of participant.

OLINK assay BLM hydrolase

Phase 1 OLINK assay data for target BLM hydrolase in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BLVRB

Phase 1 OLINK assay data for target BLVRB in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BMP-4

Phase 1 OLINK assay data for target BMP-4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BMP-6

Phase 1 OLINK assay data for target BMP-6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

BNF_BetaBlocker

Has the volunteer reported usage of Beta blockers on the general questionnaire as defined by the following BNF code: 2.4 or 2.12 or 6.1.2 This does not imply that the volunteer is not on betablockers if the code here is 0 since there are more BNF codes for betablocker. Please use variable BNF_Betablocker_Pateam instead as an accurate indication of betablocker use.

Categorical

BNF_LipidLowering

Has the participant reported usage of Lipid lowering agents as defined by the following BNF code: 2.12

Categorical

OralAntidiabetic

Has the participant reported usage of Oral antidiabetic agents as defined by the following BNF code: 6.1.2

Categorical

OLINK assay BNP

Phase 1 OLINK assay data for target BNP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BOC

Phase 1 OLINK assay data for target BOC in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BOC

Phase 1 OLINK assay data for target BOC in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Body fat percent consolidated

Derived variable from Anthro data. This is AD47_DEXA_body_fat_percent data if it is available (since this is better data) if not it is E_TANITA_BodyFatPcnt data.

Real

Body fat percent device

Derived variable from Anthro data. To clarify whether BodyFatPercent_Cons data is DEXA data (AD47_DEXA_body_fat_percent) or Tanita data (E_TANITA_BodyFatPcnt). (Indicates the type of device that was used for reporting body fat percent for BodyFatPercent_Cons).

Text

Body Fat Percent Cons Device

Phase 2 data. Derived variable from Anthro data. To clarify whether BodyFatPercent_Cons data is DEXA data (AD47_DEXA_body_fat_percent_P2) or Tanita data (E_TANITA_BodyFatPcnt_P2). (Indicates the type of device that was used for reporting body fat percent for BodyFatPercent_Cons_P2).

Real

Body Fat Percent Cons

Phase 2 data. Derived variable from Anthro data. This is AD47_DEXA_body_fat_percent_P2 data if it is available (since this is better data) if not it is E_TANITA_BodyFatPcnt_P2 data.

Real

None

Fenland phase 1 serum sample Beta Hydroxy Butyrate measurement in umol/L. Only 24 samples were analysed for a small substudy.

Real

Hours of bowling

Please indicate the average length of time (in hours) you spent doing the activity per episode. Avg duration of bowling (indoor lawn or 10-pin).

Integer

Hours of bowling hrs CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Avg duration of bowling (indoor lawn or 10-pin). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Bowling hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Avg duration of bowling (indoor lawn or 10-pin). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Bowling hrs

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in hours) you spent doing the activity per episode. Avg duration of bowling (indoor lawn or 10-pin). -1 = left blank. DO NOT USE THIS VARIABLE. Use bowlingHr_CLEAN_P2 instead.

Real

Minutes of bowling

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Avg duration of bowling (indoor lawn or 10-pin).

Integer

Minutes of bowling mins CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Avg duration of bowling (indoor lawn or 10-pin). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Bowling min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Avg duration of bowling (indoor lawn or 10-pin). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Bowling min

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Avg duration of bowling (indoor lawn or 10-pin). -1 = left blank. DO NOT USE THIS VARIABLE. Use bowlingMin_CLEAN_P2 instead.

Real

Frequency of bowling CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Bowling (indoor lawn or 10-pin). Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

bowling_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for bowling (mins)

Real

Cln variable: Bowling

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Bowling (indoor lawn or 10-pin). Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

bowling_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Bowling (indoor lawn or 10-pin). Data normalised to DE template 1 data.

Categorical

Bowling

Phase 2 data. Questionnaire reads D14. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks.Bowling. DO NOT USE THIS VARIABLE. Use bowling_CLEAN_P2 instead.

Real

Bowling

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Bowling (indoor lawn or 10-pin). Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of bowling DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Bowling (indoor lawn or 10-pin). Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in bowling_T2. Instead use bowling_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of bowling DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Bowling (indoor lawn or 10-pin). Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in bowling_T1. Instead use bowling_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

First Diastolic Blood Pressure Measurement

First Diastolic Blood Pressure Measurement - BPDia1 in mmHg/min

Integer

First Diastolic Blood Pressure

Phase 2 data. First Diastolic Blood Pressure Measurement - BPDia1 in mmHg/min

Real

Second Diastolic Blood Pressure Measurement

Second Diastolic Blood Pressure Measurement - BPDia2 in mmHg/min

Integer

Second Diastolic Blood Pressure

Phase 2 data. Second Diastolic Blood Pressure Measurement - BPDia2 in mmHg/min

Real

Third Diastolic Blood Pressure Measurement

Third Diastolic Blood Pressure Measurement -BPDia3 in mmHg/min

Integer

Third Diastolic Blood Pressure

Phase 2 data. Third Diastolic Blood Pressure Measurement -BPDia3 in mmHg/min

Real

First Pulse Rate Measurement

First Pulse Rate Measurement - BPPR1 in beats/min bpm

Integer

First Pulse Rate Measurement

Phase 2 data. First Pulse Rate Measurement - BPPR1 in beats/min bpm

Real

Second Pulse Rate Measurement

Second Pulse Rate Measuremen - BPPR2 in beats/min bpm

Integer

Second Pulse Rate Measurement

Phase 2 data. Second Pulse Rate Measuremen - BPPR2 in beats/min bpm

Real

Third Pulse Rate Measurement

Third Pulse Rate Measurement - BPPR3 in beats/min bpm

Integer

Third Pulse Rate Measurement

Phase 2 data. Third Pulse Rate Measurement - BPPR3 in beats/min bpm

Real

First Systolic Blood Pressure Measurement

First Systolic Blood Pressure Measurement - BPSys1 in mmHg/min

Integer

First Systolic Blood Pressure

Phase 2 data. First Systolic Blood Pressure Measurement - BPSys1 in mmHg/min

Real

Second Systolic Blood Pressure Measurement

Second Systolic Blood Pressure Measurement - BPSys2 in mmHg/min

Integer

Second Systolic Blood Pressure

Phase 2 data. Second Systolic Blood Pressure Measurement - BPSys2 in mmHg/min

Real

Third Systolic Blood Pressure Measurement

Third Systolic Blood Pressure Measuremen - BPSys3 in mmHg/min

Integer

Third Systolic Blood Pressure

Phase 2 data. Third Systolic Blood Pressure Measuremen - BPSys3 in mmHg/min

Real

White bread and rolls ERROR CODES CLEANED

Average use last year of White bread and rolls After cleaning this variable is renamed as WHITE_BREAD which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Brown bread and rolls ERROR CODES CLEANED

Average use last year of Brown bread and rolls After cleaning this variable is renamed as BROWN_BREAD which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Wholemeal bread and rolls ERROR CODES CLEANED

Average use last year of Wholemeal bread and rolls After cleaning this variable is renamed as WHOLEMEAL_BREAD which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Cream crackers cheese biscuits ERROR CODES CLEANED

Average use last year of Cream crackers cheese biscuits After cleaning this variable is renamed as CRACKERS which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Crispbread eg Ryvita ERROR CODES CLEANED

Average use last year of Crispbread eg Ryvita After cleaning this variable is renamed as CRISPBREAD which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

White bread and rolls

Average use last year of White bread and rolls. After cleaning this variable is renamed as WHITE_BREAD which is then used by the FETA program for analysis.

Categorical

White bread and rolls

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Brown bread and rolls

Average use last year of Brown bread and rolls. After cleaning this variable is renamed as BROWN_BREAD which is then used by the FETA program for analysis.

Categorical

Brown bread and rolls

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Wholemeal bread and rolls

Average use last year of Wholemeal bread and rolls. After cleaning this variable is renamed as WHOLEMEAL_BREAD which is then used by the FETA program for analysis.

Categorical

Wholemeal bread and rolls

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Cream crackers; cheese biscuits

Average use last year of Cream crackers cheese biscuits. After cleaning this variable is renamed as CRACKERS which is then used by the FETA program for analysis.

Categorical

Cream crackers; cheese biscuits

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Crispbread eg Ryvita

Average use last year of Crispbread eg Ryvita. After cleaning this variable is renamed as CRISPBREAD which is then used by the FETA program for analysis.

Categorical

Crispbread eg Ryvita

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

OLINK assay BST1

Phase 1 OLINK assay data for target BST1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BST2

Phase 1 OLINK assay data for target BST2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BTC

Phase 1 OLINK assay data for target BTC in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay BTN3A2

Phase 1 OLINK assay data for target BTN3A2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

C0_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C0_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=4. 2nd and final QC step on this var created new and final var BIOR_001.

Real

C10_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C10_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.16. 2nd and final QC step on this var created new and final var BIOR_020.

Real

C101_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C101_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.12. 2nd and final QC step on this var created new and final var BIOR_021.

Real

C102_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C102_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.04. 2nd and final QC step on this var created new and final var BIOR_022.

Real

C12_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C12_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.057. 2nd and final QC step on this var created new and final var BIOR_023.

Real

C121_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C121_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.2. 2nd and final QC step on this var created new and final var BIOR_025.

Real

C12DC_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C12DC_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.2. 2nd and final QC step on this var created new and final var BIOR_024.

Real

C14_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C14_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.03. 2nd and final QC step on this var created new and final var BIOR_026.

Real

C141_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C141_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.015. 2nd and final QC step on this var created new and final var BIOR_027.

Real

C141OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C141OH_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.015. 2nd and final QC step on this var created new and final var BIOR_028.

Real

C142_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C142_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.012. 2nd and final QC step on this var created new and final var BIOR_029.

Real

C142OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C142OH_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.015. 2nd and final QC step on this var created new and final var BIOR_030.

Real

C16_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C16_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.018. 2nd and final QC step on this var created new and final var BIOR_031.

Real

C161_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C161_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.06. 2nd and final QC step on this var created new and final var BIOR_032.

Real

C161OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C161OH_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.02. 2nd and final QC step on this var created new and final var BIOR_033.

Real

C162_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C162_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.008. 2nd and final QC step on this var created new and final var BIOR_034.

Real

C162OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C162OH_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.03. 2nd and final QC step on this var created new and final var BIOR_035.

Real

C16OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C16OH_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.015. 2nd and final QC step on this var created new and final var BIOR_036.

Real

C181OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C181OH_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. valid=0 LoD=0.023. 2nd and final QC step on this var created new and final var BIOR_039.

Real

C181_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C181_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. valid=0 LoD=0.04. 2nd and final QC step on this var created new and final var BIOR_038.

Real

C182_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C182_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. valid=0 LoD=0.009. 2nd and final QC step on this var created new and final var BIOR_040.

Real

C18_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C18_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. valid=1 LoD=0.02. 2nd and final QC step on this var created new and final var BIOR_037.

Real

OLINK assay C1QTNF1

Phase 1 OLINK assay data for target C1QTNF1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

C2_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C2_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.15. 2nd and final QC step on this var created new and final var BIOR_002.

Real

OLINK assay C2

Phase 1 OLINK assay data for target C2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

C3_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C3_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.08. 2nd and final QC step on this var created new and final var BIOR_003.

Real

C31_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C31_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.03. 2nd and final QC step on this var created new and final var BIOR_004.

Real

C3DCC4OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C3DCC4OH_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.09. 2nd and final QC step on this var created new and final var BIOR_014.

Real

C3DCMC5OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C3DCMC5OH_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.1. 2nd and final QC step on this var created new and final var BIOR_008.

Real

C3OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C3OH_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.05. 2nd and final QC step on this var created new and final var BIOR_005.

Real

C4_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C4_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.03. 2nd and final QC step on this var created new and final var BIOR_006.

Real

C41_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C41_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.03. 2nd and final QC step on this var created new and final var BIOR_007.

Real

c4OHPro_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable c4OHPro_raw. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. 2nd and final QC step on this var created new and final var BIOA_029.

Real

C5_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C5_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.04. 2nd and final QC step on this var created new and final var BIOR_009.

Real

C51_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C51_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.04. 2nd and final QC step on this var created new and final var BIOR_010.

Real

C51DC_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C51DC_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.015. 2nd and final QC step on this var created new and final var BIOR_011.

Real

C5DCC6OH_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C5DCC6OH_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.035. 2nd and final QC step on this var created new and final var BIOR_012.

Real

C5MDC_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C5MDC_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.06. 2nd and final QC step on this var created new and final var BIOR_013.

Real

C61_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C61_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.035. 2nd and final QC step on this var created new and final var BIOR_016.

Real

C6C41DC_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C6C41DC_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.08. 2nd and final QC step on this var created new and final var BIOR_015.

Real

C7DC_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C7DC_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.035. 2nd and final QC step on this var created new and final var BIOR_017.

Real

C8_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C8_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=1 LoD=0.17. 2nd and final QC step on this var created new and final var BIOR_018.

Real

C9_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable C9_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. valid=0 LoD=0.04. 2nd and final QC step on this var created new and final var BIOR_019.

Real

OLINK assay CA12

Phase 1 OLINK assay data for target CA12 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CA13

Phase 1 OLINK assay data for target CA13 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CA14

Phase 1 OLINK assay data for target CA14 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CA1

Phase 1 OLINK assay data for target CA1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CA2

Phase 1 OLINK assay data for target CA2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CA3

Phase 1 OLINK assay data for target CA3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CA4

Phase 1 OLINK assay data for target CA4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CA5A

Phase 1 OLINK assay data for target CA5A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CA6

Phase 1 OLINK assay data for target CA6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CADM3

Phase 1 OLINK assay data for target CADM3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CAIX

Phase 1 OLINK assay data for target CAIX in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CALCA

Phase 1 OLINK assay data for target CALCA in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Calcium 0 minutes

Serum Calcium measurement taken at 0 minutes in mmol/l

Real

Calcium 0 minutes

Phase 2 data. Serum Calcium measurement taken at 0 minutes in mmol/l

Real

calcium_channel_blocker

Phase 2 data. Binary variable indicating whether a drug from the calcium channel blocker class was prescribed. 0 = No; 1 = Yes;

Categorical

Calibn Quality

The quality of the AH treadmill trace:

Categorical

Quality of the AH treadmill trace

Phase 2 data. The quality of the AH treadmill trace: 1 = pass; 0 = fail;

Categorical

OLINK assay CALR

Phase 1 OLINK assay data for target CALR in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CAMKK1

Phase 1 OLINK assay data for target CAMKK1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CANT1

Phase 1 OLINK assay data for target CANT1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CAPG

Phase 1 OLINK assay data for target CAPG in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

CARadj

CARadj. Derived Intermediate not for general release. Data can be provided if necessary.

Real

OLINK assay CARHSP1

Phase 1 OLINK assay data for target CARHSP1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

CARMILES

CARMILES. Derived Intermediate not for general release. Data can be provided if necessary.

Real

OLINK assay CASP-3

Phase 1 OLINK assay data for target CASP-3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CASP-8

Phase 1 OLINK assay data for target CASP-8 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CBL

Phase 1 OLINK assay data for target CBL in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCDC80

Phase 1 OLINK assay data for target CCDC80 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL11

Phase 1 OLINK assay data for target CCL11 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL11

Phase 1 OLINK assay data for target CCL11 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL14

Phase 1 OLINK assay data for target CCL14 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL15

Phase 1 OLINK assay data for target CCL15 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL16

Phase 1 OLINK assay data for target CCL16 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL17

Phase 1 OLINK assay data for target CCL17 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL18

Phase 1 OLINK assay data for target CCL18 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL19

Phase 1 OLINK assay data for target CCL19 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL20

Phase 1 OLINK assay data for target CCL20 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL21

Phase 1 OLINK assay data for target CCL21 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL23

Phase 1 OLINK assay data for target CCL23 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL24

Phase 1 OLINK assay data for target CCL24 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL25

Phase 1 OLINK assay data for target CCL25 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL27

Phase 1 OLINK assay data for target CCL27 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL28

Phase 1 OLINK assay data for target CCL28 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL3

Phase 1 OLINK assay data for target CCL3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL3

Phase 1 OLINK assay data for target CCL3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL4

Phase 1 OLINK assay data for target CCL4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CCL5

Phase 1 OLINK assay data for target CCL5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD109

Phase 1 OLINK assay data for target CD109 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD160

Phase 1 OLINK assay data for target CD160 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD163

Phase 1 OLINK assay data for target CD163 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD164

Phase 1 OLINK assay data for target CD164 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD177

Phase 1 OLINK assay data for target CD177 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD1C

Phase 1 OLINK assay data for target CD1C in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD200R1

Phase 1 OLINK assay data for target CD200R1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD200

Phase 1 OLINK assay data for target CD200 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD207

Phase 1 OLINK assay data for target CD207 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD209

Phase 1 OLINK assay data for target CD209 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD244

Phase 1 OLINK assay data for target CD244 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD27

Phase 1 OLINK assay data for target CD27 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD28

Phase 1 OLINK assay data for target CD28 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD2AP

Phase 1 OLINK assay data for target CD2AP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD300LG

Phase 1 OLINK assay data for target CD300LG in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD302

Phase 1 OLINK assay data for target CD302 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD33

Phase 1 OLINK assay data for target CD33 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD38

Phase 1 OLINK assay data for target CD38 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD40

Phase 1 OLINK assay data for target CD40 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD40-L

Phase 1 OLINK assay data for target CD40-L in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD46

Phase 1 OLINK assay data for target CD46 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD48

Phase 1 OLINK assay data for target CD48 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD4

Phase 1 OLINK assay data for target CD4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD58

Phase 1 OLINK assay data for target CD58 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD59

Phase 1 OLINK assay data for target CD59 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD5

Phase 1 OLINK assay data for target CD5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD63

Phase 1 OLINK assay data for target CD63 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD69

Phase 1 OLINK assay data for target CD69 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD6

Phase 1 OLINK assay data for target CD6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD70

Phase 1 OLINK assay data for target CD70 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD74

Phase 1 OLINK assay data for target CD74 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD79B

Phase 1 OLINK assay data for target CD79B in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD83

Phase 1 OLINK assay data for target CD83 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD84

Phase 1 OLINK assay data for target CD84 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD8A

Phase 1 OLINK assay data for target CD8A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD93

Phase 1 OLINK assay data for target CD93 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD97

Phase 1 OLINK assay data for target CD97 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CD99L2

Phase 1 OLINK assay data for target CD99L2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDCP1

Phase 1 OLINK assay data for target CDCP1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDH15

Phase 1 OLINK assay data for target CDH15 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDH17

Phase 1 OLINK assay data for target CDH17 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDH1

Phase 1 OLINK assay data for target CDH1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDH2

Phase 1 OLINK assay data for target CDH2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDH3

Phase 1 OLINK assay data for target CDH3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDH5

Phase 1 OLINK assay data for target CDH5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDH6

Phase 1 OLINK assay data for target CDH6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDHR5

Phase 1 OLINK assay data for target CDHR5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDKN1A

Phase 1 OLINK assay data for target CDKN1A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDNF

Phase 1 OLINK assay data for target CDNF in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDON

Phase 1 OLINK assay data for target CDON in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CDSN

Phase 1 OLINK assay data for target CDSN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CEACAM1

Phase 1 OLINK assay data for target CEACAM1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CEACAM3

Phase 1 OLINK assay data for target CEACAM3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CEACAM5

Phase 1 OLINK assay data for target CEACAM5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CEACAM8

Phase 1 OLINK assay data for target CEACAM8 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Porridge; Readybrek ERROR CODES CLEANED

How often did you eat Porridge/ readybrek (one bowl) on average last year After cleaning this variable is renamed as PORRIDGE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Breakfast cereal ERROR CODES CLEANED

How often did you eatbreakfast cereal (one bowl) on average last year After cleaning this variable is renamed as CEREAL which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Porridge; Readybrek

How often did you eat Porridge/ readybrek (one bowl) on average last year. After cleaning this variable is renamed as PORRIDGE which is then used by the FETA program for analysis.

Categorical

Porridge; Readybrek

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Breakfast cereal

How often did you eatbreakfast cereal (one bowl) on average last year. After cleaning this variable is renamed as CEREAL which is then used by the FETA program for analysis.

Categorical

Breakfast cereal

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

The text given must be translated into food code s using the cereal lookup list You can list up t

Variable derived by study staff from raw FFQ data for A5bCereal1Brand A5bCereal1Type A5bCereal2Brand and A5bCereal2Type.

Categorical

None

Lipid profile obtained by negative mode ionisation high resolution mass spectrometry.

Real

OLINK assay CES1

Phase 1 OLINK assay data for target CES1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CES2

Phase 1 OLINK assay data for target CES2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CETN2

Phase 1 OLINK assay data for target CETN2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CFC1

Phase 1 OLINK assay data for target CFC1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CFHR5

Phase 1 OLINK assay data for target CFHR5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CGA

Phase 1 OLINK assay data for target CGA in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CHI3L1

Phase 1 OLINK assay data for target CHI3L1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CHIT1

Phase 1 OLINK assay data for target CHIT1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CHL1

Phase 1 OLINK assay data for target CHL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Cholesterol 0 minutes

Serum Cholesterol measurement taken at 0 minutes in mmol/l

Real

Cholestrol 0 minutes

Phase 2 data. Serum Cholesterol measurement taken at 0 minutes in mmol/l

Real

Total cholesterol to HDL cholesterol ratio 0 minutes

Total cholesterol to HDL cholesterol ratio measurement taken at 0 minutes

Real

Total Chol to HDLChol ratio 0 min

Phase 2 data. Total cholestrol to HDL cholestrol ratio measurement taken at 0 minutes

Real

OLINK assay CHRDL2

Phase 1 OLINK assay data for target CHRDL2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Cit_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable Cit_raw. All values below detection limit set to 0. -7 = Internal standard undetectable (Concentration unreliable). The _i in the name indicates that missingness was between 0 and 5% and the missing values have been replaced by a random imputed value between 0 and the plate-specific LOD. 2nd and final QC step on this var created new and final var BIOA_005.

Real

OLINK assay CKAP4

Phase 1 OLINK assay data for target CKAP4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC10A

Phase 1 OLINK assay data for target CLEC10A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC11A

Phase 1 OLINK assay data for target CLEC11A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC14A

Phase 1 OLINK assay data for target CLEC14A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC1A

Phase 1 OLINK assay data for target CLEC1A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC1B

Phase 1 OLINK assay data for target CLEC1B in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC4A

Phase 1 OLINK assay data for target CLEC4A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC4C

Phase 1 OLINK assay data for target CLEC4C in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC4D

Phase 1 OLINK assay data for target CLEC4D in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC4G

Phase 1 OLINK assay data for target CLEC4G in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC5A

Phase 1 OLINK assay data for target CLEC5A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC6A

Phase 1 OLINK assay data for target CLEC6A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLEC7A

Phase 1 OLINK assay data for target CLEC7A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLMP

Phase 1 OLINK assay data for target CLMP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLM-1

Phase 1 OLINK assay data for target CLM-1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLM-6

Phase 1 OLINK assay data for target CLM-6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLSPN

Phase 1 OLINK assay data for target CLSPN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLSTN1

Phase 1 OLINK assay data for target CLSTN1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLSTN2

Phase 1 OLINK assay data for target CLSTN2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLSTN3

Phase 1 OLINK assay data for target CLSTN3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CLUL1

Phase 1 OLINK assay data for target CLUL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

None

Cleaned BMI calculated as weight in kilograms divided by height in meters squared from CL_HeightCM_P1 and CL_WeightKG_P1

Real

Cln variable: BMI

Phase 2 data. Cleaned BMI calculated as weight in kilograms divided by height in meters squared from CL_HeightCM_P2 and CL_WeightKG_P2. Recommended BMI Varible

Real

None

Cleaned Height in centimetres (if E_HeightCM_P1 not = to ALT_Height_P1

Real

None

Cleaned Height code 1=No measures; 2=DEXA height measurement from DEXA image

Real

Cln variable: Height code

Phase 2 data. Cleaned Height code 1 = No measures; 2 = DEXA height measurement from DEXA image

Categorical

Cln variable: Height

Phase 2 data. Cleaned Height in centimetres (if E_HeightCM_P2 not = to ALT_Height_P2

Real

None

Cleaned Weight in centimetres (if E_WeightCM_P1 not = to ALT_Weight_P1

Real

None

Cleaned Weight code 1=No measures; 2=DEXA Weight measurement from DEXA

Real

Cln variable: Weight code

Phase 2 data. Cleaned Weight code 1 = No measures; 2 = DEXA Weight measurement from DEXA

Categorical

Cln variable: Weight

Phase 2 data. Cleaned Weight in centimetres (if E_WeightCM_P2 not = to ALT_Weight_P2

Real

OLINK assay CNDP1

Phase 1 OLINK assay data for target CNDP1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CNTN1

Phase 1 OLINK assay data for target CNTN1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CNTN2

Phase 1 OLINK assay data for target CNTN2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CNTN4

Phase 1 OLINK assay data for target CNTN4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CNTN5

Phase 1 OLINK assay data for target CNTN5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CNTNAP2

Phase 1 OLINK assay data for target CNTNAP2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay COCH

Phase 1 OLINK assay data for target COCH in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay COL18A1

Phase 1 OLINK assay data for target COL18A1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay COL1A1

Phase 1 OLINK assay data for target COL1A1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay COL4A1

Phase 1 OLINK assay data for target COL4A1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay COL4A3BP

Phase 1 OLINK assay data for target COL4A3BP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay COLEC12

Phase 1 OLINK assay data for target COLEC12 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Hours of Combat sports

Please indicate the average length of time (in hours) you spent doing the activity per episode. Combat sports (martial arts boxing or wrestling).

Integer

Hours of Combat sports CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Combat sports (martial arts boxing or wrestling). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Combat sports hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Combat sports (martial arts boxing or wrestling). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Combat sports hrs

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in hours) you spent doing the activity per episode. Combat sports (martial arts boxing or wrestling). -1 = left blank. DO NOT USE THIS VARIABLE. Use CombatsSportsHr_CLEAN_P2 instead.

Real

Minutes of Combat sports

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Combat sports (martial arts boxing or wrestling).

Integer

Minutes of Combat sports CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Combat sports (martial arts boxing or wrestling). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Combat sports min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Combat sports (martial arts boxing or wrestling). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Combat sports min

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Combat sports (martial arts boxing or wrestling). -1 = left blank. DO NOT USE THIS VARIABLE. Use CombatsSportsMin_CLEAN_P2 instead.

Real

Frequency of Combat sports CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Combat sports (martial arts boxing or wrestling). Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

combatsSports_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for Combat sports

Real

Cln variable: Combat sports

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Combat sports (martial arts boxing or wrestling). Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

CombatsSports_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Combat sports (martial arts boxing or wrestling). Data normalised to DE template 1 data.

Categorical

Combat sports

Phase 2 data. Questionnaire reads D14. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Martial arts boxing or wrestling. DO NOT USE THIS VARIABLE. Use CombatsSports_CLEAN_P2 instead.

Real

Combat sports

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Combat sports (martial arts boxing or wrestling). Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of Combat sports DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Combat sports (martial arts boxing or wrestling). Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in CombatsSports_T2. Instead use CombatsSports_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of Combat sports DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Combat sports (martial arts boxing or wrestling). Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in CombatsSports_T1. Instead use CombatsSports_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Insulin NEFA comments

Phase 2 data. Lab comments relating to heparin samples used for insulin and NEFA analysis for phase 2

Text

Cmnt geocodeing Cln work postcode

Phase 2 data. Comment related to geocodeing of phase 2 cleaned work postcode

Text

COMMUTEtime

COMMUTEtime. Derived Intermediate not for general release. Data can be provided if necessary.

Real

COMMUTE_ACTMETS

Commute domain activity energy expenditure [net METhrs/d]

Real

Commute domain AEE

Phase 2 data. Derived with method 2. Commute domain activity energy expenditure net METhrs/d

Real

COMMUTE_METS

Commute domain energy expenditure [METhrs/d]

Real

Commute domain energy expenditure

Phase 2 data. Derived with method 2. Commute domain energy expenditure METhrs/d

Real

COMMUTE_PAEE

Commute domain activity energy expenditure [kJ/kg/d]

Real

Commute domain PAEE

Phase 2 data. Derived with method 2. Commute domain activity energy expenditure kJ/kg/d

Real

COMPadj

COMPadj. Derived Intermediate not for general release. Data can be provided if necessary.

Real

COMPDUR1

COMPDUR1. Derived Intermediate not for general release. Data can be provided if necessary.

Real

COMPDUR2

COMPDUR2. Derived Intermediate not for general release. Data can be provided if necessary.

Real

COMPDUR3

COMPDUR3. Derived Intermediate not for general release. Data can be provided if necessary.

Real

COMPDUR4

COMPDUR4. Derived Intermediate not for general release. Data can be provided if necessary.

Real

Hours of Competitive Running

Please indicate the average length of time (in hours) you spent doing the activity per episode. Competitive Running.

Integer

Hours of Competitive Running CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Competitive Running. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Competitive running hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Competitive Running. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Competitive Running hrs

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in hours) you spent doing the activity per episode. Competitive Running. -1 = left blank. DO NOT USE THIS VARIABLE. Use compRunHr_CLEAN_P2 instead.

Real

Minutes of Competitive Running

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Competitive Running.

Integer

Minutes of Competitive Running CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Competitive Running. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Competitive running min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Competitive Running. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Competitive Running min

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Competitive Running. -1 = left blank. DO NOT USE THIS VARIABLE. Use compRunMin_CLEAN_P2 instead.

Real

Frequency of Competitive Running CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Competitive Running. Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

compRun_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for Competitive Running

Real

Cln variable: Competitive running

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Competitive Running. Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

compRun_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Competitive Running. Data normalised to DE template 1 data.

Categorical

Competitive Running

Phase 2 data. Questionnaire reads D14. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Competitive Running. DO NOT USE THIS VARIABLE. Use compRun_CLEAN_P2 instead.

Real

Competitive Running

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Competitive Running. Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of Competitive Running DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Competitive Running. Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in compRun_T2. Instead use compRun_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of Competitive Running DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Competitive Running. Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in compRun_T1. Instead use compRun_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Computer use at weekday after 6pm

Computer use at home but not at work (eg internet email playstation Xbox Gameboy etc). Hours of home computer use per day on a weekday after 6 pm. Average over the last 4 weeks

Categorical

Cln variable: Computer wkday post6pm

Phase 2 data. Computer use at home but not at work (eg internet email playstation Xbox Gameboy and Wii; non-active games only). Hours of home computer use per day on a weekday after 6 pm. Average over the last 4 weeks. Data not quite the same as phase 1 data for Computerweekdaypost6pm. Error codes cleaned by DM team with this rule: RELATIVE. And then -10 error codes cleaned by PA team. 1 = none; 2 = less than 1 hr a day; 3 = 1 to 2 hrs a day; 4 = 2 to 3 hrs a day; 5 = 3 to 4 hrs a day; 6 = more than 4 hrs a day; -1 = left blank;

Categorical

Hrs homecomputer use wkday post 6pm

Phase 2 data. Questionnaire reads D3. Computer use at home but not at work (eg internet email playstation Xbox Gameboy and Wii; non-active games only). Hours of home computer use per day on a weekday after 6 pm. Average over the last 4 weeks. Data not quite the same as phase 1 data for Computerweekdaypost6pm. DO NOT USE THIS VARIABLE. Use Computerweekdaypost6pmDiff_CLEAN_P2 instead. 1 = none; 2 = less than 1 hr a day; 3 = 1 to 2 hrs a day; 4 = 2 to 3 hrs a day; 5 = 3 to 4 hrs a day; 6 = more than 4 hrs a day;

Categorical

Computer use at weekday after 6pm CLEANED

Computer use at home but not at work (eg internet email playstation Xbox Gameboy etc). Hours of home computer use per day on a weekday after 6 pm. Average over the last 4 weeks. Error codes cleaned by DM team with this rule: RELATIVE. And then -10 error codes cleaned by PA team.

Categorical

Computer use at weekday before 6pm

Computer use at home but not at work (eg internet email playstation Xbox Gameboy etc). Hours of home computer use per day on a weekday before 6 pm. Average over the last 4 weeks.

Categorical

Cln variable: Computer wkday pre6pm

Phase 2 data. Computer use at home but not at work (eg internet email playstation Xbox Gameboy and Wii; non-active games only). Hours of home computer use per day on a weekday before 6 pm. Average over the last 4 weeks. Data not quite the same as phase 1 data for Computerweekdaypre6pm. Error codes cleaned by DM team with this rule: RELATIVE. And then -10 error codes cleaned by PA team. 1 = none; 2 = less than 1 hr a day; 3 = 1 to 2 hrs a day; 4 = 2 to 3 hrs a day; 5 = 3 to 4 hrs a day; 6 = more than 4 hrs a day; -1 = left blank;

Categorical

Hrs home computer use wkday pre 6pm

Phase 2 data. Questionnaire reads D3. Computer use at home but not at work (eg internet email playstation Xbox Gameboy and Wii; non-active games only). Hours of home computer use per day on a weekday before 6 pm. Average over the last 4 weeks. Data not quite the same as phase 1 data for Computerweekdaypre6pm. DO NOT USE THIS VARIABLE. Use Computerweekdaypre6pmDiff_CLEAN_P2 instead. 1 = none; 2 = less than 1 hr a day; 3 = 1 to 2 hrs a day; 4 = 2 to 3 hrs a day; 5 = 3 to 4 hrs a day; 6 = more than 4 hrs a day;

Categorical

Computer use at weekday before 6pm CLEANED

Computer use at home but not at work (eg internet email playstation Xbox Gameboy etc). Hours of home computer use per day on a weekday before 6 pm. Average over the last 4 weeks. Error codes cleaned by DM team with this rule: RELATIVE. And then -10 error codes cleaned by PA team.

Categorical

Computer use at weekend after 6pm

Computer use at home but not at work (eg internet email playstation Xbox Gameboy etc). Hours of home computer use on a weekend after 6 pm. Average over the last 4 weeks.

Categorical

Cln variable: Computer wknd post6pm

Phase 2 data. Computer use at home but not at work (eg internet email playstation Xbox Gameboy and Wii; non-active games only). Hours of home computer use on a weekend after 6 pm. Average over the last 4 weeks. Data not quite the same as phase 1 data for Computerweekendpost6pm. Error codes cleaned by DM team with this rule: RELATIVE. And then -10 error codes cleaned by PA team. 1 = none; 2 = less than 1 hr a day; 3 = 1 to 2 hrs a day; 4 = 2 to 3 hrs a day; 5 = 3 to 4 hrs a day; 6 = more than 4 hrs a day; -1 = left blank;

Categorical

Hrs homecomputer use wknday post6pm

Phase 2 data. Questionnaire reads D3. Computer use at home but not at work (eg internet email playstation Xbox Gameboy and Wii; non-active games only). Hours of home computer use on a weekend after 6 pm. Average over the last 4 weeks. Data not quite the same as phase 1 data for Computerweekendpost6pm. DO NOT USE THIS VARIABLE. Use Computerweekendpost6pmDiff_CLEAN_P2 instead. 1 = none; 2 = less than 1 hr a day; 3 = 1 to 2 hrs a day; 4 = 2 to 3 hrs a day; 5 = 3 to 4 hrs a day; 6 = more than 4 hrs a day;

Categorical

Computer use at weekend after 6pm CLEANED

Computer use at home but not at work (eg internet email playstation Xbox Gameboy etc). Hours of home computer use on a weekend after 6 pm. Average over the last 4 weeks. Error codes cleaned by DM team with this rule: RELATIVE. And then -10 error codes cleaned by PA team.

Categorical

Computer use at weekend before 6pm

Computer use at home but not at work (eg internet email playstation Xbox Gameboy etc). Hours of home computer use per day on a weekend before 6 pm. Average over the last 4 weeks.

Categorical

Cln variable: Computer wknd pre6pm

Phase 2 data. Computer use at home but not at work (eg internet email playstation Xbox Gameboy and Wii; non-active games only). Hours of home computer use per day on a weekend before 6 pm. Average over the last 4 weeks. Data not quite the same as phase 1 data for Computerweekendpre6pm. Error codes cleaned by DM team with this rule: RELATIVE. And then -10 error codes cleaned by PA team. 1 = none; 2 = less than 1 hr a day; 3 = 1 to 2 hrs a day; 4 = 2 to 3 hrs a day; 5 = 3 to 4 hrs a day; 6 = more than 4 hrs a day; -1 = left blank;

Categorical

Hrs homecomputer use wknday pre 6pm

Phase 2 data. Questionnaire reads D3. Computer use at home but not at work (eg internet email playstation Xbox Gameboy and Wii; non-active games only). Hours of home computer use per day on a weekend before 6 pm. Average over the last 4 weeks. Data not quite the same as phase 1 data for Computerweekendpre6pm. DO NOT USE THIS VARIABLE. Use Computerweekendpre6pmDiff_CLEAN_P2 instead. 1 = none; 2 = less than 1 hr a day; 3 = 1 to 2 hrs a day; 4 = 2 to 3 hrs a day; 5 = 3 to 4 hrs a day; 6 = more than 4 hrs a day;

Categorical

Computer use at weekend before 6pm CLEANED

Computer use at home but not at work (eg internet email playstation Xbox Gameboy etc). Hours of home computer use per day on a weekend before 6 pm. Average over the last 4 weeks. Error codes cleaned by DM team with this rule: RELATIVE. And then -10 error codes cleaned by PA team.

Categorical

OLINK assay COMP

Phase 1 OLINK assay data for target COMP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay COMT

Phase 1 OLINK assay data for target COMT in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Hours of Conditioning Exercises

Please indicate the average length of time (in hours) you spent doing the activity per episode. Conditioning Exercises (eg using a bike or rowing machine).

Integer

Hours of Conditioning Exercises CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Conditioning Exercises (eg using a bike or rowing machine). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Conditioning exercise hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Conditioning Exercises (eg using a bike or rowing machine). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Conditioning Exercises hrs

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Conditioning Exercises (eg using a bike or rowing machine). -1 = left blank. DO NOT USE THIS VARIABLE. Use conditionExerciseHr_CLEAN_P2 instead.

Real

Minutes of Conditioning Exercises

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Conditioning Exercises (eg using a bike or rowing machine).

Integer

Minutes of Conditioning Exercises CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Conditioning Exercises (eg using a bike or rowing machine). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Conditioning exercise min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Conditioning Exercises (eg using a bike or rowing machine). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Conditioning Exercises min

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Conditioning Exercises (eg using a bike or rowing machine). -1 = left blank. DO NOT USE THIS VARIABLE. Use conditionExerciseMin_CLEAN_P2 instead.

Real

Frequency of Conditioning Exercises CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Conditioning Exercises (eg using a bike or rowing machine). Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

conditionExercise_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for Conditioning Exercises

Real

Cln variable: Conditioning exercise

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Conditioning Exercises (eg using a bike or rowing machine). Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

conditionExercise_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Conditioning Exercises (eg using a bike or rowing machine). Data normalised to DE template 1 data.

Categorical

Conditioning Exercises

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Conditioning Exercises (eg using a bike or rowing machine). DO NOT USE THIS VARIABLE. Use conditionExercise_CLEAN_P2 instead.

Real

Conditioning Exercises

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Conditioning Exercises (eg using a bike or rowing machine). Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of Conditioning Exercises DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Conditioning Exercises (eg using a bike or rowing machine). Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in conditionExercise_T2. Instead use conditionExercise_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of Conditioning Exercises DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Conditioning Exercises (eg using a bike or rowing machine). Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in conditionExercise_T1. Instead use conditionExercise_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Consent Form version

Consent Form version of the main consent form (all versions) not the restrospective consent form.

Text

Consent Form version date

Consent Form version date (as written) of the main consent form (all versions) not the restrospective consent form.

Date

Statement 1 consented

Statement 1 consented V1.2 I confirm that I have read and understood the information sheet for the above study version dated (x/y/z) and have had the opprtunity to ask questions. Other form versions: I confirm that I have read and understood the information sheet for the above study version (nr) dated (x/y/z) and have had the opprtunity to ask questions.

Categorical

Statements 1 to 5 consented

Statements 1 to 5 consented derived variable where a 1 has been assigned if statements 1-5 have all been initialled a 0 if not.

Categorical

Statements 1 to 9 consented

Statements 1 to 9 consented derived variable where a 1 has been assigned if statements 1-9 have all been initialled a 0 if not.

Categorical

Statement 2 consented

Statement 2 consented all consent form versions: I agree to having a physical examination and giving a sample of blood and urine for research in the Fenland Study.

Categorical

Statement 3 consented

Statement 3 consented all consent form versions: I understand that future research will only be undertaken on anonymous samples and will include genetic studies aimed at investigating the cause of diabetes and related diseases but that the results of these investigations are unlikely to have any implications for me pesonally. I understand that I will not benefit financially if this research leads to the development of a new treatment or medical test.

Categorical

Statement 4 consented

Statement 4 consented all consent form versions: I understand that my participation is voluntary and that I am free to withdraw at any time without giving any reason and without my medical care or legal rights being affected.

Categorical

Statement 5 consented

Statement 5 consented: consent form V1.2 and 2: I agree that samples I have given and the information gathered about me can be looked after and stored at the MRC Epidemiology Unit for use in future projects aimed at identifying the cause of diabetes obesity and their complications. Consent form V: at replaced by (the MRC Epi Unit) consent form V4: at the MRC Epidemiology Unit replaced by the MRC Epidemiology Unit University of Cambridge

Categorical

Statement 6 consented

Statement 6 consented all consent form versions I agree to be reapproached to consider participating in possible future studies on the basis of information gained from the Fenland study. I note that I will be provided with full information about these additional studies when and if I am reapproached.

Categorical

Statement 7 consented

Statement 7 consented all consent form versions I agree that my test results can be forwarded to my general practitioner.

Categorical

Statement 8 consented

Statement 8 consented: not present on consent form V1.2 covered by retrospective consent form V3. Consent form version 2 onwards: I understand that information held by the NHS and records maintained by the General Register office may be used to kep in touch with me and follow up on my health status.

Categorical

Statement 9 consented

Statement 9 consented: not present on consent form V1.2 covered by retrospective consent form V3. Consent form version 2 and 3 I am willing to allow access to my medical records and information from them to be analysed in strict confidence by researchers from the MRC Epidemiology Unit. Consent form version 4: statement changed to researchers from the MRC Epidemiology Unit University of Cambridge

Categorical

None

Consent data management comments

Data Entry comments

Data Entry comments

Text

None

Has Consent form been completed fully.

Categorical

Participant's signature present

Participant's signature (present) on the main consent form (all versions) not the restrospective consent form.

Categorical

Participant's signature date as written

Participant's signature date (as written) on the main consent form (all versions) not the restrospective consent form.

Date

Researcher's signature present

Researcher's signature (present) on the main consent form (all versions) not the restrospective consent form.

Categorical

Researcher's signature comments

Researcher's signature comments on the main consent form (all versions) not the restrospective consent form.

Text

Retrospective Participant's signature

Retrospective consent Participant's signature. A retrospective consent form was only sent out to any participant who'd signed Consent form version 1.2 since that only contained 7 statements not 9.

Categorical

Retrospective Participant's signature date

Retrospective consent Participant's signature date. A retrospective consent form was only sent out to any participant who'd signed Consent form version 1.2 since that only contained 7 statements not 9.

Date

Retrospective witness signature date

Retrospective consent witness signature date. A retrospective consent form was only sent out to any participant who'd signed Consent form version 1.2 since that only contained 7 statements not 9.

Date

Retrospective witness signature

Retrospective consent witness signature. A retrospective consent form was only sent out to any participant who'd signed Consent form version 1.2 since that only contained 7 statements not 9.

Categorical

None

Researcher's signature date (as written) on the main consent form (all versions) not the restrospective consent form.

Text

Participant's signature comments

Participant's signature comments on the main consent form (all versions) not the restrospective consent form.

Text

Consent form signed and dated

Consent form signed and dated? Related to the main consent form (all versions) not the restrospective consent form.

Categorical

None

Unique random ID number assigned to samples on InfiniumCoreExome-24v1 chip for genetic SNP analysis.

None

Comments left by data analyst performing core exome data QC.

None

Indication if Core Exome data can be included in the dataset or not due to potential relatedness of participants

Corrected calcium 0 minutes

Corrected calcium measurement taken at 0 minutes in mmol/l

Real

Corrected calcium 0 minutes

Phase 2 data. Corrected calcium measurement taken at 0 minutes in mmol/l

Real

None

Phase 2 data.

Integer

Supermarket count around home 1km buffer p1

Number of supermarkets around participants home postcode unit within a 1 kilometer Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Supermarket count around home 1km buffer p2

Number of supermarkets around participants home postcode unit within a 1 kilometer Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Takeaway count around home 1km buffer p1

Number of takeaway outlets around participants home postcode unit within a 1 kilometer Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Takeaway count around home 1km buffer p2

Number of takeaway outlets around participants home postcode unit within a 1 kilometer Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Supermarket count around home 1mile buffer p1

Number of supermarkets around participants home postcode unit within a 1 mile Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Supermarket count around home 1mile buffer p2

Number of supermarkets around participants home postcode unit within a 1 mile Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Takeaway count around home 1mile buffer p1

Number of takeaway outlets around participants home postcode unit within a 1 mile Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Takeaway count around home 1mile buffer p2

Number of takeaway outlets around participants home postcode unit within a 1 mile Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Supermarket count around home 400m buffer p1

Number of supermarket outlets around participants home postcode unit within a 400 meter Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Supermarket count around home 400m buffer p2

Number of supermarket outlets around participants home postcode unit within a 400 meter Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Takeaway count around home 400m buffer p1

Number of takeaway outlets around participants home postcode unit within a 400 meter Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Takeaway count around home 400m buffer p2

Number of takeaway outlets around participants home postcode unit within a 400 meter Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Supermarket count around home 800m buffer p1

Number of supermarkets around participants home postcode unit within a 800 meter Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Supermarket count around home 800m buffer p2

Number of supermarkets around participants home postcode unit within a 800 meter Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Takeaway count around home 800m buffer p1

Number of takeaway outlets around participants home postcode unit within a 800 meter Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Takeaway count around home 800m buffer p2

Number of takeaway outlets around participants home postcode unit within a 800 meter Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Supermarket count around work 1km buffer p1

Number of supermarkets around participants work postcode unit within a 1 kilometer Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Supermarket count around work 1km buffer p2

Number of supermarkets around participants work postcode unit within a 1 kilometer Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Takeaway count around work 1km buffer p1

Number of takeaway outlets around participants work postcode unit within a 1 kilometer Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Takeaway count around work 1km buffer p2

Number of takeaway outlets around participants work postcode unit within a 1 kilometer Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Supermarket count around work 1mile buffer p1

Number of supermarkets around participants work postcode unit within a 1 mile Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Supermarket count around work 1mile buffer p2

Number of supermarkets around participants work postcode unit within a 1 mile Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Takeaway count around work 1mile buffer p1

Number of takeaway outlets around participants work postcode unit within a 1 mile Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Takeaway count around work 1mile buffer p2

Number of takeaway outlets around participants work postcode unit within a 1 mile Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Supermarket count around work 400m buffer p1

Number of supermarket outlets around participants work postcode unit within a 400 meter Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Supermarket count around work 400m buffer p2

Number of supermarket outlets around participants work postcode unit within a 400 meter Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Takeaway count around work 400m buffer p1

Number of takeaway outlets around participants work postcode unit within a 400 meter Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Takeaway count around work 400m buffer p2

Number of takeaway outlets around participants work postcode unit within a 400 meter Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Supermarket count around work 800m buffer p1

Number of supermarkets around participants work postcode unit within a 800 meter Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Supermarket count around work 800m buffer p2

Number of supermarkets around participants work postcode unit within a 800 meter Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

Takeaway count around work 800m buffer p1

Number of takeaway outlets around participants work postcode unit within a 800 meter Euclidean buffer in phase 1. Variable for analyses relating to the food environment.

Real

Takeaway count around work 800m buffer p2

Number of takeaway outlets around participants work postcode unit within a 800 meter Euclidean buffer in phase 2. Variable for analyses relating to the food environment.

Real

OLINK assay CPA1

Phase 1 OLINK assay data for target CPA1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CPA2

Phase 1 OLINK assay data for target CPA2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CPB1

Phase 1 OLINK assay data for target CPB1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CPE

Phase 1 OLINK assay data for target CPE in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CPM

Phase 1 OLINK assay data for target CPM in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CPXM1

Phase 1 OLINK assay data for target CPXM1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CR2

Phase 1 OLINK assay data for target CR2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRADD

Phase 1 OLINK assay data for target CRADD in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Creatinine_QCstep1

New in R8. 1st step QCd metabolomics data variable for raw variable Creatinine_raw. 0% missingness was found so data is identical to the raw variable data. All values below detection limit set to 0. Invalid flag: missing peak; internal standard too low; signal exceeds quantification limit. Unit = uM. 2nd and final QC step on this var created new and final var BIOA_026.

Real

Creatinine 0 minutes

Serum Creatinine measurement taken at 0 minutes in umol/l

Real

Creatinine 0 minutes

Phase 2 data. Serum Creatinine measurement taken at 0 minutes in umol/l

Real

OLINK assay CRELD2

Phase 1 OLINK assay data for target CRELD2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRHBP

Phase 1 OLINK assay data for target CRHBP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRH

Phase 1 OLINK assay data for target CRH in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Hours of Cricket

Please indicate the average length of time (in hours) you spent doing the activity per episode. Cricket.

Integer

Hours of Cricket CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Cricket. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Cricket hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Cricket. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Cricket hrs

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in hours) you spent doing the activity per episode. Cricket. -1 = left blank. DO NOT USE THIS VARIABLE. Use cricketHr_CLEAN_P2 instead.

Real

Minutes of Cricket

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Cricket.

Integer

Minutes of Cricket CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Cricket. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Cricket min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Cricket. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Cricket min

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Cricket. -1 = left blank. DO NOT USE THIS VARIABLE. Use cricketMin_CLEAN_P2 instead.

Real

Frequency of Cricket CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cricket. Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

cricket_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for Cricket

Real

Cln variable: Cricket

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cricket. Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

cricket_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cricket. Data normalised to DE template 1 data.

Categorical

Cricket

Phase 2 data. Questionnaire reads D14. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cricket. DO NOT USE THIS VARIABLE. Use cricket_CLEAN_P2 instead.

Real

Cricket

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cricket. Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of Cricket DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cricket. Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in cricket_T2. Instead use cricket_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of Cricket DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cricket. Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in cricket_T1. Instead use cricket_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

OLINK assay CRIM1

Phase 1 OLINK assay data for target CRIM1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRIP2

Phase 1 OLINK assay data for target CRIP2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRISP2

Phase 1 OLINK assay data for target CRISP2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRKL

Phase 1 OLINK assay data for target CRKL in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRNN

Phase 1 OLINK assay data for target CRNN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRTAC1

Phase 1 OLINK assay data for target CRTAC1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRTAM

Phase 1 OLINK assay data for target CRTAM in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CRX

Phase 1 OLINK assay data for target CRX in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CSF-1

Phase 1 OLINK assay data for target CSF-1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CSNK1D

Phase 1 OLINK assay data for target CSNK1D in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CST3

Phase 1 OLINK assay data for target CST3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CST5

Phase 1 OLINK assay data for target CST5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CST6

Phase 1 OLINK assay data for target CST6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CSTB

Phase 1 OLINK assay data for target CSTB in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTF1

Phase 1 OLINK assay data for target CTF1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTRC

Phase 1 OLINK assay data for target CTRC in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTSC

Phase 1 OLINK assay data for target CTSC in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTSD

Phase 1 OLINK assay data for target CTSD in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTSF

Phase 1 OLINK assay data for target CTSF in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTSH

Phase 1 OLINK assay data for target CTSH in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTSL1

Phase 1 OLINK assay data for target CTSL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTSO

Phase 1 OLINK assay data for target CTSO in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTSS

Phase 1 OLINK assay data for target CTSS in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTSV

Phase 1 OLINK assay data for target CTSV in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CTSZ

Phase 1 OLINK assay data for target CTSZ in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Status within FAB study

Status within FAB study - CurrFABStatus

OLINK assay CX3CL1

Phase 1 OLINK assay data for target CX3CL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXADR

Phase 1 OLINK assay data for target CXADR in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL10

Phase 1 OLINK assay data for target CXCL10 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL11

Phase 1 OLINK assay data for target CXCL11 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL12

Phase 1 OLINK assay data for target CXCL12 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL13

Phase 1 OLINK assay data for target CXCL13 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL16

Phase 1 OLINK assay data for target CXCL16 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL1

Phase 1 OLINK assay data for target CXCL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL1

Phase 1 OLINK assay data for target CXCL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL5

Phase 1 OLINK assay data for target CXCL5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL6

Phase 1 OLINK assay data for target CXCL6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXCL9

Phase 1 OLINK assay data for target CXCL9 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay CXL17

Phase 1 OLINK assay data for target CXL17 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

CYCLEadj

CYCLEadj. Derived Intermediate not for general release. Data can be provided if necessary.

Real

CYCLEMILES

CYCLEMILES. Derived Intermediate not for general release. Data can be provided if necessary.

Real

Hours of Cycling For Pleasure

Please indicate the average length of time (in hours) you spent doing the activity per episode. Cycling For Pleasure (not as a means of transport).

Integer

Hours of Cycling For Pleasure CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Cycling For Pleasure (not as a means of transport). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Cycling pleasure hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Cycling For Pleasure (not as a means of transport). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Real

Cycling for Pleasure hrs

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Cycling For Pleasure (not as a means of transport). -1 = left blank. DO NOT USE THIS VARIABLE. Use cyclePleasureHr_CLEAN_P2 instead.

Real

Minutes of Cycling For Pleasure

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Cycling For Pleasure (not as a means of transport).

Integer

Minutes of Cycling For Pleasure CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Cycling For Pleasure (not as a means of transport). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Cycling pleasure min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Cycling For Pleasure (not as a means of transport). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Cycling for Pleasure min

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Cycling For Pleasure (not as a means of transport). -1 = left blank. DO NOT USE THIS VARIABLE. Use cyclePleasureMin_CLEAN_P2 instead.

Real

Frequency of Cycling For Pleasure CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cycling For Pleasure (not as a means of transport). Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

cyclePleasure_CLEAN_FRQ

New in R8.Cleaned translated frequency (per week) for Cycling For Pleasure

Real

Cln variable: Cycling pleasure

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cycling For Pleasure (not as a means of transport). Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

cyclePleasure_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cycling For Pleasure (not as a means of transport). Data normalised to DE template 1 data.

Categorical

Cycling for Pleasure

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Cycling For Pleasure (not as a means of transport). DO NOT USE THIS VARIABLE. Use cyclePleasure_CLEAN_P2 instead.

Real

Cycling for Pleasure

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cycling For Pleasure (not as a means of transport). Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of Cycling For Pleasure DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cycling For Pleasure (not as a means of transport). Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in cyclePleasure_T2. Instead use cyclePleasure_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of Cycling For Pleasure DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Cycling For Pleasure (not as a means of transport). Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in cyclePleasure_T1. Instead use cyclePleasure_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Hours of Racing Or Rough Terrain Cycling

Please indicate the average length of time (in hours) you spent doing the activity per episode. Racing Or Rough Terrain Cycling.

Integer

Hours of Racing Or Rough Terrain Cycling CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Racing Or Rough Terrain Cycling. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Racing hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Racing Or Rough Terrain Cycling. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Racing or Rough Terrain Cycling hrs

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Racing Or Rough Terrain Cycling. -1 = left blank. DO NOT USE THIS VARIABLE. Use cyclingRacingRoughHr_CLEAN_P2 instead.

Real

Minutes of Racing Or Rough Terrain Cycling

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Racing Or Rough Terrain Cycling.

Integer

Minutes of Racing Or Rough Terrain Cycling CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Racing Or Rough Terrain Cycling. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Racing min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Racing Or Rough Terrain Cycling. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Racing or Rough Terrain Cycling min

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Racing Or Rough Terrain Cycling. -1 = left blank. DO NOT USE THIS VARIABLE. Use cyclingRacingRoughMin_CLEAN_P2 instead.

Real

Frequency of Racing Or Rough Terrain Cycling CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Racing Or Rough Terrain Cycling. Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

cyclingRacingRough_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for Racing Or Rough Terrain Cycling

Real

Cln variable: Racing

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Racing Or Rough Terrain Cycling. Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

cyclingRacingRough_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Racing Or Rough Terrain Cycling. Data normalised to DE template 1 data.

Categorical

Racing or Rough Terrain Cycling

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Racing Or Rough Terrain Cycling. DO NOT USE THIS VARIABLE. Use cyclingRacingRough_CLEAN_P2 instead.

Real

Racing or Rough Terrain Cycling

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Racing Or Rough Terrain Cycling. Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of Racing Or Rough Terrain Cycling DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Racing Or Rough Terrain Cycling. Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in cyclingRacingRough_T2. Instead use cyclingRacingRough_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of Racing Or Rough Terrain Cycling DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Racing Or Rough Terrain Cycling. Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in cyclingRacingRough_T1. Instead use cyclingRacingRough_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

OLINK assay CYR61

Phase 1 OLINK assay data for target CYR61 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

C_Peptide

C_Peptide measurement in pmol/L. Raw data; cleaned data provided in variable G_C_Peptide with x_Threshold and x_Com variables provided for clarification.

Real

OLINK assay DAB2

Phase 1 OLINK assay data for target DAB2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DAG1

Phase 1 OLINK assay data for target DAG1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Single or sour cream (tablespoon) ERROR CODES CLEANED

Average use last year of Single or sour cream (tablespoon) After cleaning this variable is renamed as SINGLE_CREAM which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Double or clotted cream (tablespoon) ERROR CODES CLEANED

Average use last year of Low calorie low fat salad cream (tablespoon) After cleaning this variable is renamed as LOWCAL_SALAD_CREAM which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Low fat yogurt fromage frais (125g carton) ERROR CODES CLEANED

Average use last year of Salad Cream Mayonnaise (tablespoon) After cleaning this variable is renamed as SALAD_CREAM which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Full fat or Greek yogurt (125g carton) ERROR CODES CLEANED

Average use last year of French Dressing (tablespoon) After cleaning this variable is renamed as FRENCH which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Dairy desserts (125g carton) ERROR CODES CLEANED

Average use last year of Other Salad Dressing (tablespoon) After cleaning this variable is renamed as OTHER_DRESSING which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Cheese eg Cheddar Brie Edam(medium serving) ERROR CODES CLEANED

Average use last year on bread or vegetables of Butter (teaspoon) After cleaning this variable is renamed as BUTTER which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Cottage cheese low fat soft cheese(medium serving) ERROR CODES CLEANED

Average use last year on bread or vegetables of Hard margarine eg Stork Krona (teaspoon) After cleaning this variable is renamed as HARD_MARGARINE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Eggs as boiled fried scrambled etc (one) ERROR CODES CLEANED

Average use last year on bread or vegetables of Polyunsaturated margarine eg Flora sunflower (teaspoon) After cleaning this variable is renamed as POLYUNSATURATED_MARGARINE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Quiche (medium serving) ERROR CODES CLEANED

Average use last year on bread or vegetables of Other soft margarine eg Blue Band Stork SB (teaspoon) After cleaning this variable is renamed as OTHER_MARGARINE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Low calorie low fat salad cream tablespoon

Average use last year of Low calorie low fat salad cream (tablespoon). After cleaning this variable is renamed as LOWCAL_SALAD_CREAM which is then used by the FETA program for analysis.

Categorical

Low calorie low fat salad cream (tablespoon) ERROR CODES CLEANED

Average use last year on bread or vegetables of Low fat spread eg Outline Gold After cleaning this variable is renamed as LOWFAT_SPREAD which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Low calorie low fat salad cream tablespoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Salad Cream Mayonnaise tablespoon

Average use last year of Salad Cream Mayonnaise (tablespoon). After cleaning this variable is renamed as SALAD_CREAM which is then used by the FETA program for analysis.

Categorical

Salad Cream; Mayonnaise (tablespoon) ERROR CODES CLEANED

Average use last year on bread or vegetables of Very low fat spread (teaspoon) After cleaning this variable is renamed as VERY_LOWFAT_SPREAD which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Salad Cream Mayonnaise tablespoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

French Dressing tablespoon

Average use last year of French Dressing (tablespoon). After cleaning this variable is renamed as FRENCH which is then used by the FETA program for analysis.

Categorical

French Dressing (tablespoon) ERROR CODES CLEANED

Average use last year of Double or clotted cream (tablespoon) After cleaning this variable is renamed as DOUBLE_CREAM which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

French Dressing tablespoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Other Salad Dressing tablespoon

Average use last year of Other Salad Dressing (tablespoon). After cleaning this variable is renamed as OTHER_DRESSING which is then used by the FETA program for analysis.

Categorical

Other Salad Dressing (tablespoon) ERROR CODES CLEANED

Average use last year of Quiche (medium serving) After cleaning this variable is renamed as QUICHE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Other Salad Dressing tablespoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Butter teaspoon

Average use last year on bread or vegetables of Butter (teaspoon). After cleaning this variable is renamed as BUTTER which is then used by the FETA program for analysis.

Categorical

Butter (teaspoon) ERROR CODES CLEANED

Average use last year of Low fat yogurt fromage frais (125g carton) After cleaning this variable is renamed as LOWFAT_YOGURT which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Butter teaspoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Hard margarine eg Stork Krona teaspoon

Average use last year on bread or vegetables of Hard margarine eg. Stork Krona (teaspoon). After cleaning this variable is renamed as HARD_MARGARINE which is then used by the FETA program for analysis.

Categorical

Hard margarine eg Stork Krona (teaspoon) ERROR CODES CLEANED

Average use last year of Full fat or Greek yogurt (125g carton) After cleaning this variable is renamed as FULLFAT_YOGURT which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Hard margarine eg Stork Krona teaspoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Polyunsaturated margarine eg Flora sunflower teaspoon

Average use last year on bread or vegetables of Polyunsaturated margarine eg. Flora sunflower (teaspoon). After cleaning this variable is renamed as POLYUNSATURATED_MARGARINE which is then used by the FETA program for analys.

Categorical

Polyunsaturated margarine eg Flora sunflower (teaspoon) ERROR CODES CLEANED

Average use last year of Dairy desserts (125g carton) After cleaning this variable is renamed as DAIRY_DESSERT which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Polyunsaturated margarine eg Flora sunflower teaspoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Other soft margarine eg Blue Band Stork SB. teaspoon

Average use last year on bread or vegetables of Other soft margarine eg. Blue Band Stork S.B. (teaspoon). After cleaning this variable is renamed as OTHER_MARGARINE which is then used by the FETA program for analysis.

Categorical

Other soft margarine eg Blue Band Stork S.B. (teaspoon) ERROR CODES CLEANED

Average use last year of Cheese eg Cheddar Brie Edam (medium serving) After cleaning this variable is renamed as CHEESE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Other soft margarine eg Blue Band Stork teaspoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Low fat spread; eg Outline; Gold

Average use last year on bread or vegetables of Low fat spread eg. Outline Gold. After cleaning this variable is renamed as LOWFAT_SPREAD which is then used by the FETA program for analysis.

Categorical

Low fat spread eg Outline Gold ERROR CODES CLEANED

Average use last year of Cottage cheese; low fat soft cheese (medium serving) Average use last year of Cottage cheese low fat soft cheese (medium serving) After cleaning this variable is renamed as COTTAGE_CHEESE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Low fat spread; eg Outline; Gold

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Very low fat spread teaspoon

Average use last year on bread or vegetables of Very low fat spread (teaspoon). After cleaning this variable is renamed as VERY_LOWFAT_SPREAD which is then used by the FETA program for analysis.

Categorical

Very low fat spread (teaspoon) ERROR CODES CLEANED

Average use last year of Eggs as boiled fried scrambled etc (one) After cleaning this variable is renamed as EGGS which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Very low fat spread teaspoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Single or sour cream tablespoon

Average use last year of Single or sour cream (tablespoon). After cleaning this variable is renamed as SINGLE_CREAM which is then used by the FETA program for analysis.

Categorical

Single or sour cream tablespoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Double or clotted cream tablespoon

Average use last year of Double or clotted cream (tablespoon). After cleaning this variable is renamed as DOUBLE_CREAM which is then used by the FETA program for analysis.

Categorical

Double or clotted cream tablespoon

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Low fat yogurt fromage frais 125g carton

Average use last year of Low fat yogurt fromage frais (125g carton). After cleaning this variable is renamed as LOWFAT_YOGURT which is then used by the FETA program for analysis.

Categorical

Low fat yogurt fromage frais 125g carton

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Full fat or Greek yogurt 125g carton

Average use last year of Full fat or Greek yogurt (125g carton). After cleaning this variable is renamed as FULLFAT_YOGURT which is then used by the FETA program for analysis.

Categorical

Full fat or Greek yogurt 125g carton

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Dairy desserts 125g carton

Average use last year of Dairy desserts (125g carton). After cleaning this variable is renamed as DAIRY_DESSERT which is then used by the FETA program for analysis.

Categorical

Dairy desserts 125g carton

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Cheese eg Cheddar Brie Edam medium serving

Average use last year of Cheese eg. Cheddar Brie Edam (medium serving). After cleaning this variable is renamed as CHEESE which is then used by the FETA program for analysis.

Categorical

Cheese eg Cheddar Brie Edam medium serving

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Cottage cheese

Average use last year of Cottage cheese; low fat soft cheese (medium serving). Average use last year of Cottage cheese low fat soft cheese (medium serving). After cleaning this variable is renamed as COTTAGE_CHEESE which is then used by the FETA program for analysis.

Categorical

Cottage cheese

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Eggs as boiled; fried; scrambled etc one

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Eggs as boiled; fried; scrambled etc one

Average use last year of Eggs as boiled fried scrambled etc (one). After cleaning this variable is renamed as EGGS which is then used by the FETA program for analysis.

Categorical

Quiche medium serving

Average use last year of Quiche (medium serving). After cleaning this variable is renamed as QUICHE which is then used by the FETA program for analysis.

Categorical

Quiche medium serving

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Hours of Dancing

Please indicate the average length of time (in hours) you spent doing the activity per episode. Dancing (eg ballroom or disco).

Integer

Hours of Dancing CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Dancing (eg ballroom or disco). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Dancing hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Dancing (eg ballroom or disco). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Dancing hrs

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in hours) you spent doing the activity per episode. Dancing (eg ballroom or disco). -1 = left blank. DO NOT USE THIS VARIABLE. Use dancingHr_CLEAN_P2 instead.

Real

Minutes of Dancing

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Dancing (eg ballroom or disco).

Integer

Minutes of Dancing CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Dancing (eg ballroom or disco). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Dancing min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Dancing (eg ballroom or disco). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Dancing min

Phase 2 data. Questionnaire reads D14. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Dancing (eg ballroom or disco). -1 = left blank. DO NOT USE THIS VARIABLE. Use dancingMin_CLEAN_P2 instead.

Real

Frequency of Dancing CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Dancing (eg ballroom or disco). Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

dancing_CLEAN_FRQ

New in R8.Cleaned translated frequency (per week) for Dancing

Real

Cln variable: Dancing

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Dancing (eg ballroom or disco). Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

dancing_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Dancing (eg ballroom or disco). Data normalised to DE template 1 data.

Categorical

Dancing

Phase 2 data. Questionnaire reads D14. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Dancing (eg ballroom or disco). DO NOT USE THIS VARIABLE. Use dancing_CLEAN_P2 instead.

Real

Dancing

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Dancing (eg ballroom or disco). Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of Dancing DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Dancing (eg ballroom or disco). Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in dancing_T2. Instead use dancing_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of Dancing DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Dancing (eg ballroom or disco). Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in dancing_T1. Instead use dancing_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

OLINK assay DAPP1

Phase 1 OLINK assay data for target DAPP1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

None

Date report sent off.

Date

Date Report Sent

Phase 2 data. Date participant feedback Report was sent

Date

Days AH worn

Number of days ActiHeart monitor was worn during free living (first wear of Actiheart only)

Integer

Days AH monitor worn free living

Phase 2 data. Number of days ActiHeart monitor was worn during free living (first wear of Actiheart only). Used for Study cooridination purposes not for analysis. Use wear varibles in main AH dataset for analysis.

Integer

OLINK assay DCBLD2

Phase 1 OLINK assay data for target DCBLD2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DCBLD2

Phase 1 OLINK assay data for target DCBLD2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DCN

Phase 1 OLINK assay data for target DCN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DCTN1

Phase 1 OLINK assay data for target DCTN1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DCTN2

Phase 1 OLINK assay data for target DCTN2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DDAH1

Phase 1 OLINK assay data for target DDAH1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DDC

Phase 1 OLINK assay data for target DDC in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DDR1

Phase 1 OLINK assay data for target DDR1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DDX58

Phase 1 OLINK assay data for target DDX58 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DECR1

Phase 1 OLINK assay data for target DECR1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DEFA1

Phase 1 OLINK assay data for target DEFA1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DEFB4A

Phase 1 OLINK assay data for target DEFB4A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Departure Time

Phase 2 data. Clinical visit departure time

Time

DEXA Bone Density

Manually entered Bone Density as measured by the DEXA in grams per centimetre cubed [NOT RELEASED]

Real

M_DEXAEnt

M_DEXAEnt [NOT RELEASED]

M_DEXAEnt

Phase 2 data. M_DEXAEnt NOT RELEASED

Categorical

DEXA method

Phase 2 data. DEXA method used for positioning of volunteer. No DEXA; Normal; Symmetry; 1/2 body;

Text

DEXA TScore

Manually entered T Score as measured by the DEXA [NOT RELEASED]

M_DEXAUsed

M_DEXAUsed [NOT RELEASED]

M_DEXAUsed

Phase 2 data. M_DEXAUsed NOT RELEASED

Categorical

DEXA ZScore

Manually entered Z Score as measured by the DEXA [NOT RELEASED]

DEXA App lean mass

New in R7. Data derived by data management team by adding up data for AD15_DEXA_arms_lean_mass and AD39_DEXA_legs_lean_mass and rounding to 2 decimals.

Integer

DEXA App lean mass

Phase 2 data. Data derived by data management team by adding up data for AD15_DEXA_arms_lean_mass and AD39_DEXA_legs_lean_mass and rounding to 2 decimals.

Real

DEXA Sample Check

Phase 2 data. DEXA CRF Check done? 0 = no; 1 = yes;

Categorical

Ethnicity used fo DEXA

Phase 2 data. Ethnicity used fo DEXA. For Dexa dataset only. Should not be used to indicate participant ethnicity. Use variables derived from general questionniare instead

Text

DEXA ethnicity

Phase 2 data. DEXA ethnicity enterd by operator. White; Asian; Black; Hispanic; Other; -9 = Missing data; -1 = Unable to be determined;

Real

DEXA ethnicity

Phase 2 data. DEXA ethnicity enterd at phase 2 by operator. White; Asian; Black; Hispanic; Other; -9 = Missing data; -1 = Unable to be determined;

Real

None

Phase 2 data. Name of DEXA scanner file

Text

None

Phase 2 data. Name of DEXA scanner image

Text

DEXA method

DEXA method used for positioning of volunteer. No DEXA; Normal; Symmetry; 1/2 body;

DEXA Periph fat mass

New in R7. Data derived by data management team by adding up data for AD14_DEXA_arms_fat_mass and AD38_DEXA_legs_fat_mass and rounding to 2 decimals.

Integer

DEXA Periph fat mass

Phase 2 data. Data derived by data management team by adding up data for AD14_DEXA_arms_fat_mass and AD38_DEXA_legs_fat_mass and rounding to 2 decimals.

Real

M_DEXAQCFail

M_DEXAQCFail [NOT RELEASED]

M_DEXAQCFail

Phase 2 data. M_DEXAQCFail NOT RELEASED

Categorical

M_DEXARevReq

M_DEXARevReq [NOT RELEASED]

M_DEXARevReq

Phase 2 data. M_DEXARevReq NOT RELEASED

Categorical

M_DEXAReviewed

M_DEXAReviewed [NOT RELEASED]

M_DEXAReviewed

Phase 2 data. M_DEXAReviewed NOT RELEASED

Categorical

None

Phase 2 data. ID of DEXA scanner

Text

OLINK assay DFFA

Phase 1 OLINK assay data for target DFFA in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DGKZ

Phase 1 OLINK assay data for target DGKZ in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Diabetes Diagnosed

Phase 2 data. Particpant reported. Phase 2 participants were asked over the phone; when booking their clinical visits; if they had been diagnosed with diabetes since their phase 1 visit. For recruitment at baseline it was not asked because one of the exclusion criteria for recruitment was a diabetes diagnosis. 1 = Has been diagnosed with diabetes since baseline; 0 = not diagnosed with diabetes since baseline

Integer

Diabetes Status

Record of participants diabetes status at time of site visit.

Categorical

Diabetes Status

Phase 2 data. Diabetes status of participant. This was used for study coordiniation purposes and participant feedback. It should NOT be used for analysis. The definition of raised and normal was based on WHO guidlines at the time of the visit and would have changed part way through the study. Use Glucose and HBA1c results to derive diabetes staus for analysis. 1 = HbA1C and OGTT normal; 2 = HbA1C and OGTT Raised; 3 = HbA1C raised and OGTT normal; 4 = HbA1C normal and OGTT raised;

Categorical

OLINK assay DIABLO

Phase 1 OLINK assay data for target DIABLO in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Avg dist to closest 5 supermarkets home p1

Average distance to the closest 5 supermarkets from participants home postcode unit in phase 1. Variable for analyses relating to the food environment.

Real

Avg dist to closest 5 supermarkets home p2

Average distance to the closest 5 supermarkets from participants home postcode unit in phase 2. Variable for analyses relating to the food environment.

Real

Avg dist to closest 5 takeaways home p1

Average distance to the closest 5 takeaway food outlets from participants home postcode unit in phase 1. Variable for analyses relating to the food environment.

Real

Avg dist to closest 5 takeaways home p2

Average distance to the closest 5 takeaway food outlets from participants home postcode unit in phase 2. Variable for analyses relating to the food environment.

Real

Dist to closest supermarket home p1

Distance to the nearest supermarket from participants home postcode unit in phase 1. Variable for analyses relating to the food environment.

Real

Dist to closest supermarket home p2

Distance to the nearest supermarket from participants home postcode unit in phase 2. Variable for analyses relating to the food environment.

Real

Dist to closest takeaway home p1

Distance to the nearest takeaway food outlet from participants home postcode unit in phase 1. Variable for analyses relating to the food environment.

Real

Dist to closest takeaway home p2

Distance to the nearest takeaway food outlet from participants home postcode unit in phase 2. Variable for analyses relating to the food environment.

Real

Dist to closest supermarket work p1

Distance to the nearest supermarket from participants work postcode unit in phase 1. Variable for analyses relating to the food environment.

Real

Dist to closest supermarket work p2

Distance to the nearest supermarket from participants work postcode unit in phase 2. Variable for analyses relating to the food environment.

Real

Dist to closest takeaway work p1

Distance to the nearest takeaway food outlet from participants work postcode unit in phase 1. Variable for analyses relating to the food environment.

Real

Dist to closest takeaway work p2

Distance to the nearest takeaway food outlet from participants work postcode unit in phase 2. Variable for analyses relating to the food environment.

Real

Avg dist to closest 5 supermarkets work p1

Average distance to the closest 5 supermarkets from participants work postcode unit in phase 1. Variable for analyses relating to the food environment.

Real

Avg dist to closest 5 supermarkets work p2

Average distance to the closest 5 supermarkets from participants work postcode unit in phase 2. Variable for analyses relating to the food environment.

Real

Avg dist to closest 5 takeaways work p1

Average distance to the closest 5 takeaway food outlets from participants work postcode unit in phase 1. Variable for analyses relating to the food environment.

Real

Avg dist to closest 5 takeaways work p2

Average distance to the closest 5 takeaway food outlets from participants work postcode unit in phase 2. Variable for analyses relating to the food environment.

Real

DISTFACTOR

DISTFACTOR. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DISTWORKMILES

DISTWORKMILES. Derived Intermediate not for general release. Data can be provided if necessary.

Real

diuretic

Phase 2 data. Binary variable indicating whether a drug from the diuretic class was prescribed. 0: No 1: Yes

Categorical

Hours of DIY

Please indicate the average length of time (in hours) you spent doing the activity per episode. DIY (eg carpentry home or car maintenance).

Integer

Hours of DIY CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. DIY (eg carpentry home or car maintenance). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: DIY hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. DIY (eg carpentry home or car maintenance). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

DIY hrs

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. DIY (eg carpentry home or car maintenance). -1 = left blank. DO NOT USE THIS VARIABLE. Use dIYHr_CLEAN_P2 instead.

Real

Minutes of DIY

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. DIY (eg carpentry home or car maintenance).

Integer

Minutes of DIY CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. DIY (eg carpentry home or car maintenance). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: DIY min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. DIY (eg carpentry home or car maintenance). Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

DIY min

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. DIY (eg carpentry home or car maintenance). -1 = left blank. DO NOT USE THIS VARIABLE. Use dIYMin_CLEAN_P2 instead.

Real

Frequency of DIY CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. DIY (eg carpentry home or car maintenance). Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

dIY_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for DIY

Real

Cln variable: DIY

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. DIY (eg carpentry home or car maintenance). Error codes cleaned by DM team. And then -10 errors cleaned by PA team. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

dIY_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. DIY (eg carpentry home or car maintenance). Data normalised to DE template 1 data.

Categorical

DIY

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. DIY (eg carpentry home or car maintenance). DO NOT USE THIS VARIABLE. Use dIY_CLEAN_P2 instead.

Real

DIY

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. DIY (eg carpentry home or car maintenance). Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of DIY DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. DIY (eg carpentry home or car maintenance). Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in dIY_T2. Instead use dIY_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of DIY DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. DIY (eg carpentry home or car maintenance). Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in dIY_T1. Instead use dIY_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

OLINK assay DKK3

Phase 1 OLINK assay data for target DKK3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DKKL1

Phase 1 OLINK assay data for target DKKL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay Dkk-1

Phase 1 OLINK assay data for target Dkk-1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay Dkk-4

Phase 1 OLINK assay data for target Dkk-4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DLK-1

Phase 1 OLINK assay data for target DLK-1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DLL1

Phase 1 OLINK assay data for target DLL1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DNAJB1

Phase 1 OLINK assay data for target DNAJB1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DNER

Phase 1 OLINK assay data for target DNER in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Dominant hand grip strength 1st

Phase 2 data. Dominant hand grip strength 1st measurement

Real

Dominant hand grip strength 2nd

Phase 2 data. Dominant hand grip strength 2nd measurement

Real

Dominant hand

Phase 2 data. Dominant hand. Left or right.

Text

OLINK assay DPEP1

Phase 1 OLINK assay data for target DPEP1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DPEP2

Phase 1 OLINK assay data for target DPEP2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DPP10

Phase 1 OLINK assay data for target DPP10 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DPP4

Phase 1 OLINK assay data for target DPP4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DPP6

Phase 1 OLINK assay data for target DPP6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DPP7

Phase 1 OLINK assay data for target DPP7 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DRAXIN

Phase 1 OLINK assay data for target DRAXIN in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Tea (cup) ERROR CODES CLEANED

Average use last year of Tea (cup) After cleaning this variable is renamed as TEA which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Coffee instant or ground (cup) ERROR CODES CLEANED

Average use last year of Coffee instant or ground (cup) After cleaning this variable is renamed as INSTANT_COFFEE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Coffee decaffeinated (cup) ERROR CODES CLEANED

Average use last year of Coffee decaffeinated (cup) After cleaning this variable is renamed as DECAFF_COFFEE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Coffee whitener eg Coffee-mate (teaspoon) ERROR CODES CLEANED

Average use last year of Coffee whitener eg Coffee-mate (teaspoon) After cleaning this variable is renamed as COFFEE_WHITENER which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Cocoa hot chocolate (cup) ERROR CODES CLEANED

Average use last year of Cocoa hot chocolate (cup) After cleaning this variable is renamed as COCOA which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Horlicks Ovaltine (cup) ERROR CODES CLEANED

Average use last year of Horlicks Ovaltine (cup) After cleaning this variable is renamed as HORLICKS which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Wine (glass) ERROR CODES CLEANED

Average use last year of Wine (glass) After cleaning this variable is renamed as WINE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Beer lager or cider (half pint) ERROR CODES CLEANED

Average use last year of Beer lager or cider (half pint) After cleaning this variable is renamed as BEER which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Port sherry vermouth liqueurs (glass) ERROR CODES CLEANED

Average use last year of Port sherry vermouth liqueurs (glass) After cleaning this variable is renamed as PORT which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Spirits; eg gin; brandy; whisky; vodka single

Average use last year of Spirits eg. gin brandy whisky vodka (single). After cleaning this variable is renamed as SPIRITS which is then used by the FETA program for analysis.

Categorical

Spirits eg gin brandy whisky vodka (single) ERROR CODES CLEANED

Average use last year of Spirits eg gin brandy whisky vodka (single) After cleaning this variable is renamed as SPIRITS which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Spirits; eg gin brandy whisky vodka single

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Low calorie or diet fizzy soft drinks glass

Average use last year of Low calorie or diet fizzy soft drinks (glass). After cleaning this variable is renamed as LOWCAL_FIZZY_DRINKS which is then used by the FETA program for analysis.

Categorical

Low calorie or diet fizzy soft drinks (glass) ERROR CODES CLEANED

Average use last year of Low calorie or diet fizzy soft drinks (glass) After cleaning this variable is renamed as LOWCAL_FIZZY_DRINKS which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Low calorie or diet fizzy soft drinks glass

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Fizzy soft drinks

Average use last year of Fizzy soft drinks eg. Coca cola lemonade (glass). After cleaning this variable is renamed as FIZZY_DRINKS which is then used by the FETA program for analysis.

Categorical

Fizzy soft drinks eg Coca cola lemonade(glass) ERROR CODES CLEANED

Average use last year of Fizzy soft drinks eg Coca cola lemonade (glass) After cleaning this variable is renamed as FIZZY_DRINKS which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Fizzy soft drinks

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Pure fruit juice 100% eg orange applejuice glass

Average use last year of Pure fruit juice (100%) eg. orange applejuice (glass). After cleaning this variable is renamed as FRUIT_JUICE which is then used by the FETA program for analysis.

Categorical

Pure fruit juice (100%) eg orange applejuice (glass) ERROR CODES CLEANED

Average use last year of Pure fruit juice (100%) eg orange applejuice (glass) After cleaning this variable is renamed as FRUIT_JUICE which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Pure fruit juice 100% orange juice glass

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Fruit squash or cordial glass

Average use last year of Fruit squash or cordial (glass). After cleaning this variable is renamed as FRUIT_SQUASH which is then used by the FETA program for analysis.

Categorical

Fruit squash or cordial (glass) ERROR CODES CLEANED

Average use last year of Fruit squash or cordial (glass) After cleaning this variable is renamed as FRUIT_SQUASH which is then used by the FETA program for analysis. All raw data with error codes (> 1 answer) cleaned by averaging all answers ticked and rounding up to next whole number.

Categorical

Fruit squash or cordial glass

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Tea cup

Average use last year of Tea (cup). After cleaning this variable is renamed as TEA which is then used by the FETA program for analysis.

Categorical

Tea cup

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Coffee instant or ground cup

Average use last year of Coffee instant or ground (cup). After cleaning this variable is renamed as INSTANT_COFFEE which is then used by the FETA program for analysis.

Categorical

Coffee instant or ground cup

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Coffee decaffeinated cup

Average use last year of Coffee decaffeinated (cup). After cleaning this variable is renamed as DECAFF_COFFEE which is then used by the FETA program for analysis.

Categorical

Coffee decaffeinated cup

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Coffee whitener eg Coffee-mate teaspoon

Average use last year of Coffee whitener eg Coffee-mate (teaspoon). After cleaning this variable is renamed as COFFEE_WHITENER which is then used by the FETA program for analysis.

Categorical

Coffee whitener

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Cocoa hot chocolate cup

Average use last year of Cocoa hot chocolate (cup). After cleaning this variable is renamed as COCOA which is then used by the FETA program for analysis.

Categorical

Cocoa hot chocolate cup

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Horlicks Ovaltine cup

Average use last year of Horlicks Ovaltine (cup). After cleaning this variable is renamed as HORLICKS which is then used by the FETA program for analysis.

Categorical

Horlicks Ovaltine cup

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Wine glass

Average use last year of Wine (glass). After cleaning this variable is renamed as WINE which is then used by the FETA program for analysis.

Categorical

Wine glass

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Beer lager or cider half pint

Average use last year of Beer lager or cider (half pint). After cleaning this variable is renamed as BEER which is then used by the FETA program for analysis.

Categorical

Beer lager or cider half pint

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

Port sherry vermouth liqueurs glass

Average use last year of Port sherry vermouth liqueurs (glass). After cleaning this variable is renamed as PORT which is then used by the FETA program for analysis.

Categorical

Port sherry vermouth liqueurs glass

Phase 2 data. FFQ questionnaire ELY-PQ-3-204 reads Please estimate your average food use as best you can and please answer every question - do not leave ANY lines blank. Foods and Amounts; Average use last year. 1 = Never or less than once a month; 2 = 1-3 per month; 3 = Once a week; 4 = 2-4 per week; 5 = 5-6 per week; 6 = Once a day; 7 = 2-3 per day; 8 = 4-5 per day; 9 = 6+ per day; -1 = left blank; -5 = more than one selected;

Categorical

OLINK assay DSC2

Phase 1 OLINK assay data for target DSC2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DSG3

Phase 1 OLINK assay data for target DSG3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay DSG4

Phase 1 OLINK assay data for target DSG4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

DURATIONINI

DURATIONINI. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURATIONJOB

DURATIONJOB. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURATIONJOB1

DURATIONJOB1. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURATIONJOB2

DURATIONJOB2. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURATIONJOB3

DURATIONJOB3. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURATIONJOB4

DURATIONJOB4. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURATIONLEIS

DURATIONLEIS. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURCAR

DURCAR. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURCOMP

DURCOMP. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURCYCLE

DURCYCLE. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURJOB

DURJOB. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURPUBLIC

DURPUBLIC. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURSTAIRFLIGHT

DURSTAIRFLIGHT. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURTV

DURTV. Derived Intermediate not for general release. Data can be provided if necessary.

Real

DURWALK

DURWALK. Derived Intermediate not for general release. Data can be provided if necessary.

Real

OLINK assay DUSP3

Phase 1 OLINK assay data for target DUSP3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ECE1

Phase 1 OLINK assay data for target ECE1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

None

Date of the ECG scan a

Date

None

Name of the original ECG a file. This will be the same for 90percent the files. Some will have had the scan date added to the pdf file at a later date (but not to the txt or tif files).

Text

None

Name of folder where ECG scans a were stored. This probably is (but might not always be) the same as the foldername where they were moved to. Files could be just a pdf file or a pdf; a tif and a text file.

Text

None

Date of the ECG scan b

Date

None

Name of the original ECG b file. This will be the same for 90percent the files. Some will have had the scan date added to the pdf file at a later date (but not to the txt or tif files).

Text

None

Name of folder where ECG scans b were stored. This probably is (but might not always be) the same as the foldername where they were moved to. Files could be just a pdf file or a pdf; a tif and a text file.

Text

None

Date of the ECG scan c

Date

None

Name of the original ECG c file. This will be the same for 90percent the files. Some will have had the scan date added to the pdf file at a later date (but not to the txt or tif files).

Text

None

Name of folder where ECG scans c were stored. This probably is (but might not always be) the same as the foldername where they were moved to. Files could be just a pdf file or a pdf; a tif and a text file.

Text

None

Any comments regarding the ECG scans provided by the DM team

Text

None

Indication whether ECG paper outputfor phase 1 analysis has been scanned into an electronic file. Data entered is the name of the file. Since this contains the study ID number this variable should not be released. If left blank it hasn't been scanned yet.

None

Indication which team scanned the ECG paper output for phase 1 analysis.

OLINK assay EDA2R

Phase 1 OLINK assay data for target EDA2R in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EDAR

Phase 1 OLINK assay data for target EDAR in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EDIL3

Phase 1 OLINK assay data for target EDIL3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EFEMP1

Phase 1 OLINK assay data for target EFEMP1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EFNA4

Phase 1 OLINK assay data for target EFNA4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

EFT In house Complete

Phase 2 data. In House Executive Function test completed? 1 = yes;

Categorical

EFT Online Complete

Phase 2 data. Online Executive Function test completed? 0 = no; 1 = yes;

Categorical

OLINK assay EGFL7

Phase 1 OLINK assay data for target EGFL7 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EGFR

Phase 1 OLINK assay data for target EGFR in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EGF

Phase 1 OLINK assay data for target EGF in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EGLN1

Phase 1 OLINK assay data for target EGLN1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EIF4B

Phase 1 OLINK assay data for target EIF4B in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EIF4G1

Phase 1 OLINK assay data for target EIF4G1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EIF5A

Phase 1 OLINK assay data for target EIF5A in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Electrodes

Data as entered on Study database. Electrodes used Arbo or Red dot

Text

Electrodes used Arbo or Red dot

Phase 2 data. Data as entered on Study database. Electrodes used Arbo or Red dot For study coordination purposes and QC only.

Text

EMPLOYED

EMPLOYED. Derived Intermediate not for general release. Data can be provided if necessary.

Categorical

OLINK assay ENAH

Phase 1 OLINK assay data for target ENAH in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ENG

Phase 1 OLINK assay data for target ENG in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ENO2

Phase 1 OLINK assay data for target ENO2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ENPP2

Phase 1 OLINK assay data for target ENPP2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ENPP7

Phase 1 OLINK assay data for target ENPP7 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ENTPD2

Phase 1 OLINK assay data for target ENTPD2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ENTPD5

Phase 1 OLINK assay data for target ENTPD5 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ENTPD6

Phase 1 OLINK assay data for target ENTPD6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ENTPD6

Phase 1 OLINK assay data for target ENTPD6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EN-RAGE

Phase 1 OLINK assay data for target EN-RAGE in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Eosinophil count

An eosinophil count is a blood test that measures the number of eosinophils; a type of white blood cell; in your bloodstream. These cells are part of your immune system and help fight off infections; especially parasitic infections and allergic reactions. A normal eosinophil count is 0.1 - 0.4 x10^9/L

Real

OLINK assay EPHA10

Phase 1 OLINK assay data for target EPHA10 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EPHA2

Phase 1 OLINK assay data for target EPHA2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EPHB4

Phase 1 OLINK assay data for target EPHB4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EPHB6

Phase 1 OLINK assay data for target EPHB6 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EPO

Phase 1 OLINK assay data for target EPO in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay Ep-CAM

Phase 1 OLINK assay data for target Ep-CAM in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ERBB2IP

Phase 1 OLINK assay data for target ERBB2IP in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ERBB2

Phase 1 OLINK assay data for target ERBB2 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ERBB3

Phase 1 OLINK assay data for target ERBB3 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ERBB4

Phase 1 OLINK assay data for target ERBB4 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay EREG

Phase 1 OLINK assay data for target EREG in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ESAM

Phase 1 OLINK assay data for target ESAM in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay ESM-1

Phase 1 OLINK assay data for target ESM-1 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

EventsBookEntry

EventsBookEntry

Events Book Entry

Phase 2 data. Was there an entry in the Adverse Events books related to the Phase 2 Clinical visit? 0 = no; 1 = yes;

Categorical

Hours of Exercise With Weights

Please indicate the average length of time (in hours) you spent doing the activity per episode. Exercise With Weights.

Integer

Hours of Exercise With Weights CLEANED

Please indicate the average length of time (in hours) you spent doing the activity per episode. Exercise With Weights. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Exercise Weights hrs

Phase 2 data. Please indicate the average length of time (in hours) you spent doing the activity per episode. Exercise With Weights. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Exercise With Weights hrs

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Exercise With Weights. -1 = left blank. DO NOT USE THIS VARIABLE. Use exerciseWeightsHr_CLEAN_P2 instead.

Real

Minutes of Exercise With Weights

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Exercise With Weights.

Integer

Minutes of Exercise With Weights CLEANED

Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Exercise With Weights. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team.

Integer

Cln variable: Exercise Weights min

Phase 2 data. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Exercise With Weights. Error codes cleaned by DM team with this rule: AVG_TEXT (average returned as text with no rounding). And then -10 errors cleaned by PA team. -1 = left blank.

Real

Exercise With Weights min

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in additional minutes) you spent doing the activity per episode. Exercise With Weights. -1 = left blank. DO NOT USE THIS VARIABLE. Use exerciseWeightsMin_CLEAN_P2 instead.

Real

Frequency of Exercise With Weights CLEANED

Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Exercise With Weights. Error codes cleaned by DM team. And then -10 errors cleaned by PA team.

Categorical

exerciseWeights_CLEAN_FRQ

New in R8. Cleaned translated frequency (per week) for Exercise With Weights

Real

Cln variable: Exercise Weights

Phase 2 data. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Exercise With Weights. Data normalised to DE template 1 data. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -9 = not completed; -10 = any text as written;

Categorical

exerciseWeights_NORM

New in R7. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Exercise With Weights. Data normalised to DE template 1 data.

Categorical

Exercise With Weights

Phase 2 data. Questionnaire reads D13. Please indicate the average length of time (in hours) you spent doing the activity per episode. Exercise With Weights. DO NOT USE THIS VARIABLE. Use exerciseWeights_CLEAN_P2 instead.

Real

Exercise With Weights

Phase 2 data. Data sources are varname_T1 and varname_T2 where the raw uncleaned data was normalised to the same data entry codes and then pooled into this new variable. Do not use. Use _CLEAN variable instead. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Exercise With Weights. CLEANED. 1 = None; 2 = once in last 4 wks; 3 = 2-3 times in last 4 wks; 4 = once a week; 5 = 2-3 times a week; 6 = 4-5 times a week; 7 = every day; -1 = left blank; -5 = more than one selected; -10 = any text as written;

Categorical

Freq of Exercise With Weights DE temp1

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Exercise With Weights. Data entered using data entry template with 1-2-3-4-5-6-7 codes. This data cannot be compared with data in exerciseWeights_T2. Instead use exerciseWeights_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

Freq of Exercise With Weights DE temp2

New in R7. Please indicate how often (total number of times) you did the activity on average over the last 4 weeks. Exercise With Weights. Data entered using data entry template with 1-3-4-5-6-7-8 codes. This data cannot be compared with data in exerciseWeights_T1. Instead use exerciseWeights_Norm which contains combined raw uncleaned data from varname_T1 and varname_T2 normalised to the same data entry codes.

Categorical

ExomeID

Exome ID number. All samples on the Illumina exome chip have a exomeid. Having an exomeid does not guarantee having exome data. Only those marked as HasExomeData - 1 have exome data.

Expenses

Total amount of expenses incurred.

OLINK assay EZR

Phase 1 OLINK assay data for target EZR in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

Anthro code

Coding of anthropometry team data. Request with E_AnthroComment for further information.

Anthro code

Phase 2 data. Coding of anthropometry team data. Request with E_AnthroComment for further information. 8 = Correct extreme value; 9 = poor quality data;

Real

Anthro Team Comment

Data provided by Anthropometry team. Comments provided by Anthro team on the data they have derived. Not available in release 1-5. Request with E_AnthroCode.

Text

Anthro Team Comment

Phase 2 data. Data provided by Anthropometry team. Comments provided by Anthro team on the data they have derived. Not available in release 1-5. Request with E_AnthroCode.

Text

Average of all hip measurements

Data provided by Anthropometry team. Average of all hip measurements. If 2 measurements were taken: (hip1+hip2)/2 and (hip1+hip2+hip3)/3 if a third measurement was taken.

Real

Average of all hip measurements

Phase 2 data. Data provided by Anthropometry team. Average of all hip measurements. If 2 measurements were taken: (hip1+hip2)/2 and (hip1+hip2+hip3)/3 if a third measurement was taken. -1 = Unable to be determined; -9 = Missing data;

Real

Average of all waist measurements

Data provided by Anthropometry team. Average of all waist measurements. If 2 measurements were taken: (waist1+waist2)/2 and (waist1+waist2+waist3)/3 if a third measurement was taken.

Real

Average of all Waist measurements

Phase 2 data. Data provided by Anthropometry team. Average of all waist measurements. If 2 measurements were taken: (waist1+waist2)/2 and (waist1+waist2+waist3)/3 if a third measurement was taken. -1 = Unable to be determined; -9 = Missing data;

Real

Body Mass Index

Data provided by Anthropometry team. BMI (E_Weight / E_Height Squared).

Real

Body Mass Index

Phase 2 data. Data provided by Anthropometry team. BMI (E_Weight / E_Height Squared). -1 = Unable to be determined;

Real

Height in cm

Data provided by Anthropometry team. Height measurement in centimetres. This is data from the study database which has been QCd by the Anthropometry team. Any data issues have been corrected by the study team. Data checking is performed by comparing data from the DEXA machine and the study db. Any discrepancies are flagged and resolved.

Real

Comment for Cln E_Height Data

Phase 2 data. Comment for phase 2 cleaned E_Height Data (in E_Height_Cl_P2) Provided by Anthropometry team.

Text

Body Fat percentage

New in R7. Data provided by Anthropometry team. Body Fat % derived by in house prediction equations based on impedance and anthropometry values which were validated against DEXA values. We used the following equations in men: 16.34649+(Ht2Im*0.6493159)+( Weight*0.1334669)-(AgeAtTest *0.0801411) ; and in women: 13.09247+(Ht2Im*0.6587483)+( Weight*0.0914326)-(AgeAtTest *0.0660596) to firstly generate fat free mass then fat mass was derived as follows : weight - fat free mass and % derived: fat mass / (weight/100) ; further information on the validity can be found by requesting the BIARegeneratedBodyFatPcnt document.pdf. (Ht2Im = height2/Impedance)

Real

Body Fat percentage

Phase 2 data. Data provided by Anthropometry team. Body Fat percent derived by in house prediction equations based on impedance and anthropometry values which were validated against DEXA values. The following equations were used in men: 16.34649+(Ht2Im*0.6493159)+( Weight*0.1334669)-(AgeAtTest *0.0801411) and in women: 13.09247+(Ht2Im*0.6587483)+( Weight*0.0914326)-(AgeAtTest *0.0660596) to generate fat free mass (Ht2Im = height2/Impedance). Fat mass (weight - fat free mass) then percentage body fat (fat mass / (weight/100)) were derived. Further information on the validity can be provided by requesting the BIARegeneratedBodyFatPcnt document. -1 = unable to be determined; -7 = 0 values replaced; -9 = Missing data;

Real

Cln variable: height data

Phase 2 data. Replaces data for E_Height_P2. Cleaned phase 2 data provided by Anthropometry team. Height measurement in centimetres (data source: either from E_Height_P2 or where missing or incorrect a height estimate was taken from the phase 2 DEXA scan). -9 = Missing data;

Real

Height measurement in centimetres

Phase 2 data. Data provided by Anthropometry team. Height measurement in centimetres. This is data from the study database which has been QCd by the Anthropometry team. Any data issues have been corrected by the study team. Data checking is performed by comparing data from the DEXA machine and the study db. Any discrepancies are flagged and resolved. -9 = Missing data; Replaced by E_Height_Cl_P2

Real

Hip 1

Data provided by Anthropometry team. First Hip Measurement in centimetres.

Real

First Hip Measurement

Phase 2 data. Data provided by Anthropometry team. First Hip Measurement in centimetres. -1 = Unable to be determined; -9 = Missing data;

Real

Hip 2

Data provided by Anthropometry team. Second Hip Measurement in centimetres.

Real

Second Hip Measurement

Phase 2 data. Data provided by Anthropometry team. Second Hip Measurement in centimetres. -1 = Unable to be determined; -9 = Missing data;

Real

Hip 3

Data provided by Anthropometry team. Third Hip Measurement in centimetres.

Real

Third Hip Measurement

Phase 2 data. Data provided by Anthropometry team. Third Hip Measurement in centimetres. -1 = Unable to be determined; -9 = Missing data;

Real

Anthro comment

Anthropometry team comment on the data.

Text

None

Phase 2 data. Info on DEXA scanner used for volunteer. 1 = Prodigy; 2 = Prodigy Advanced; 3 = iDEXA; -9 = No DEXA scan performed;

Categorical

Sex

Participants gender checked and cleaned by Anthropometry team. Available for participants with Anthro data only.

Categorical

Sex

Phase 2 data. Participants gender checked and cleaned by Anthropometry team. Available for participants with Anthro data only. M = male; F = female; -9 = Missing data;

Categorical

Body fat percent Tanita

Data provided by Anthropometry team. Body Fat% by BIA (Bioelectrical Impedance Analysis) devise.

Real

Body fat percent Tanita

Phase 2 data. Data provided by Anthropometry team. Body Fat% by BIA (Bioelectrical Impedance Analysis) devise. -1 = Unable to be determined; -9 = Missing data;

Real

Tanita Impedance

Data provided by Anthropometry team. Bioelectrical Impedance for the whole body (right foot to right hand) in Ohm.

Integer

Tanita Impedance

Phase 2 data. Data provided by Anthropometry team. Bioelectrical Impedance for the whole body (right foot to right hand) in Ohm. -1 = Unable to be determined; -9 = Missing data;

Integer

Tanita left arm impedance

Data provided by Anthropometry team. Bioelectrical Impedance for the left arm in Ohm.

Integer

Tanita left arm Impedance

Phase 2 data. Data provided by Anthropometry team. Bioelectrical Impedance for the left arm in Ohm. -1 = Unable to be determined; -9 = Missing data;

Integer

Tanita left leg impedance

Data provided by Anthropometry team. Bioelectrical Impedance for the left leg in Ohm. -1 = Unable to be determined; -9 = Missing data;

Integer

Tanita left leg Impedance

Phase 2 data. Data provided by Anthropometry team. Bioelectrical Impedance for the left leg in Ohm. -1 = Unable to be determined; -9 = Missing data;

Integer

Tanita right arm impedance

Data provided by Anthropometry team. Bioelectrical Impedance for the right arm in Ohm.

Integer

Tanita right arm Impedance

Phase 2 data. Data provided by Anthropometry team. Bioelectrical Impedance for the right arm in Ohm. -1 = Unable to be determined; -9 = Missing data;

Integer

Tanita right leg impedance

Data provided by Anthropometry team. Bioelectrical Impedance for the right leg in Ohm.

Integer

Tanita right leg Impedance

Phase 2 data. Data provided by Anthropometry team. Bioelectrical Impedance for the right leg in Ohm. -1 = Unable to be determined; -9 = Missing data;

Integer

Test date

Data provided by Anthropometry team. Date of Test (DOT).

Date

Test date

Phase 2 data. Data provided by Anthropometry team. Date of Test (DOT). -9 = Missing data;

Date

None

E_TestDate rounded to 0.1 years. E_TestDate: Data provided by Anthropometry team. Date of Test (DOT). -9 = Missing data;

Date

US left lateral

Data provided by Anthropometry team. Left lateral ultrasound measurement in centimetres (no longer in the updated protocol).

Real

US Right lateral

Data provided by Anthropometry team. Right lateral ultrasound measurement in centimetres (no longer in the updated protocol).

Real

Ultrasound Medial

Data provided by Anthropometry team. Medial (depth of visceral abdominal tissue) ultrasound measurement in centimetres.

Real

Ultrasound Medial

Phase 2 data. Data provided by Anthropometry team. Medial (depth of visceral abdominal tissue) ultrasound measurement in centimetres.

Real

Ultrasound Sub Cut

Data provided by Anthropometry team. Subcutaneous (Depth of abdominal subcutaneous tissue) ultrasound measurement in centimetres.

Real

Ultrasound Subcutaneous

Phase 2 data. Data provided by Anthropometry team. Subcutaneous (Depth of abdominal subcutaneous tissue) ultrasound measurement in centimetres.

Real

Waist 1

Data provided by Anthropometry team. First Waist Measurement in centimetres.

Real

First Waist Measurement

Phase 2 data. Data provided by Anthropometry team. First Waist Measurement in centimetres. -1 = Unable to be determined; -9 = Missing data;

Real

Waist 2

Data provided by Anthropometry team. Second Waist Measurement in centimetres.

Real

Second Waist Measurement

Phase 2 data. Data provided by Anthropometry team. Second Waist Measurement in centimetres. -1 = Unable to be determined; -9 = Missing data;

Real

Waist 3

Data provided by Anthropometry team. Third Waist Measurement in centimetres (appended only if waist 1 and 2 differed by greater than 3 cm).

Real

Third Waist Measurement

Phase 2 data. Data provided by Anthropometry team. Third Waist Measurement in centimetres (appended only if waist 1 and 2 differed by greater than 3 cm). -1 = Unable to be determined; -9 = Missing data;

Real

Waist to hip ratio

Phase 2 data. Waist to hip ratio. Data provided by Anthropometry team.

Real

Weight

Data provided by Anthropometry team. Weight measurement in kilograms. This is data from the study database which has been QCd by the Anthropometry team. Any data issues have been corrected by the study team. Data checking is performed by comparing data from the DEXA machine and the study db. Any discrepancies are flagged and resolved.

Real

Weight Device

Data provided by Anthropometry team. Equipment used to measure weight. No data available for participants not included in R6 or earlier.

Categorical

Weight measurement in kilograms

Phase 2 data. Data provided by Anthropometry team. Weight measurement in kilograms. -9 = Missing data;

Real

OLINK assay F11

Phase 1 OLINK assay data for target F11 in NPX format. See https://olink.com/faq/what-is-npx/ for explanation of units and how to use.

Real

OLINK assay F7