Journal: Public Health Nutrition

Article Title: The effect of egg consumption on cardiometabolic health outcomes: an umbrella review

doi: 10.1017/S1368980019002441

Figure Lengend Snippet: Characteristics of systematic and comprehensive narrative reviews on egg intake and CVD and/or diabetes

Article Snippet: Tamez et al . 2016 ( 36 ) , Quantify the association betweenhabitual egg intake and risk of T2DM , Database: MEDLINE, Embase, EBSCOhost Years: Published through June 2015. , Terms : egg(s), animal food, diabetes mellitus, diabetes Criteria : PC studies reporting multi-variable-adjusted RR on egg intake and T2DM risk in adults , Twelve PC ‡‡ , §§ , *** , ††† , RR for an increased intake of one egg per day for each report, random-effects model, Stata 11.2 for Mac , Increases of 1 egg/d associated with 13 % higher T2DM risk [RR: 1·13 (1·32, 1·64)]. Stratified analysis indicated 47 % higher risk with US studies [RR: 1·47 (1·32, 1·64)], but not significant for non-US studies [RR: 0·95 (0·83, 1·10)]. , PRISMA: 92 % ROBIS: Low Bias AMSTAR2: 63 %.

Techniques: Biomarker Discovery, Control

Journal: Public Health Nutrition

Article Title: The effect of egg consumption on cardiometabolic health outcomes: an umbrella review

doi: 10.1017/S1368980019002441

Figure Lengend Snippet: Characteristics of meta-analyses on egg intake and CVD and/or type 2 diabetes

Article Snippet: Tamez et al . 2016 ( 36 ) , Quantify the association betweenhabitual egg intake and risk of T2DM , Database: MEDLINE, Embase, EBSCOhost Years: Published through June 2015. , Terms : egg(s), animal food, diabetes mellitus, diabetes Criteria : PC studies reporting multi-variable-adjusted RR on egg intake and T2DM risk in adults , Twelve PC ‡‡ , §§ , *** , ††† , RR for an increased intake of one egg per day for each report, random-effects model, Stata 11.2 for Mac , Increases of 1 egg/d associated with 13 % higher T2DM risk [RR: 1·13 (1·32, 1·64)]. Stratified analysis indicated 47 % higher risk with US studies [RR: 1·47 (1·32, 1·64)], but not significant for non-US studies [RR: 0·95 (0·83, 1·10)]. , PRISMA: 92 % ROBIS: Low Bias AMSTAR2: 63 %.

Techniques: Software

Journal: Public Health Nutrition

Article Title: The effect of egg consumption on cardiometabolic health outcomes: an umbrella review

doi: 10.1017/S1368980019002441

Figure Lengend Snippet: Summary of results from meta-analyses

Article Snippet: Tamez et al . 2016 ( 36 ) , Quantify the association betweenhabitual egg intake and risk of T2DM , Database: MEDLINE, Embase, EBSCOhost Years: Published through June 2015. , Terms : egg(s), animal food, diabetes mellitus, diabetes Criteria : PC studies reporting multi-variable-adjusted RR on egg intake and T2DM risk in adults , Twelve PC ‡‡ , §§ , *** , ††† , RR for an increased intake of one egg per day for each report, random-effects model, Stata 11.2 for Mac , Increases of 1 egg/d associated with 13 % higher T2DM risk [RR: 1·13 (1·32, 1·64)]. Stratified analysis indicated 47 % higher risk with US studies [RR: 1·47 (1·32, 1·64)], but not significant for non-US studies [RR: 0·95 (0·83, 1·10)]. , PRISMA: 92 % ROBIS: Low Bias AMSTAR2: 63 %.

Techniques:

Journal: Public Health Nutrition

Article Title: The effect of egg consumption on cardiometabolic health outcomes: an umbrella review

doi: 10.1017/S1368980019002441

Figure Lengend Snippet: Characteristics of systematic and comprehensive narrative reviews on egg intake and CVD and/or diabetes

Article Snippet: Li et al . 2013 ( 14 ) , Assess the dose-response relationship between egg consumption and the risk of CVD and diabetes , Database: MEDLINE Years: Published through Dec 2012 , Terms: egg or egg consumption, diet cholesterol, CVD, diabetes, mortality, coronary heart disease, heart failure Criteria: cohort, case-control or cross-sectional on CVD (e.g. CHD, IHD, HF) or diabetes risk, reporting multi-variable adjusted risks with 95 % CI using lowest egg intake as reference; excluded studies in special populations (e.g. pregnant women) , General population : ten PC ¶ , ** and one cross-sectional on CVD, three PC ‡‡ , §§ , one cross-sectional ‖‖ , and one case-control on T2DM. T2DM population: six PC ** on CVD. , RR of highest v . lowest egg intake; Fixed effect model with negligible heterogeneity, Random effect model with significant heterogeneity; dose-response using Greenland and Longnecker method; Stata version 10.0 , Significant association of high v . low egg intake on increased CVD risk [RR: 1·19 (1·02, 1·38)]. In T2DM population, significant association of high egg intake with increased overall CVD risk [RR: 1·83 (1·42, 2·37)]. Increased T2DM risk with high egg intake [HR: 1·42 (1·09, 1·86)]. No differences between studies conducted in US v . non-US populations. , PRISMA: 88 % ROBIS: High Bias AMSTAR2: 44 %.

Techniques: Biomarker Discovery, Control

Journal: Public Health Nutrition

Article Title: The effect of egg consumption on cardiometabolic health outcomes: an umbrella review

doi: 10.1017/S1368980019002441

Figure Lengend Snippet: Characteristics of meta-analyses on egg intake and CVD and/or type 2 diabetes

Article Snippet: Li et al . 2013 ( 14 ) , Assess the dose-response relationship between egg consumption and the risk of CVD and diabetes , Database: MEDLINE Years: Published through Dec 2012 , Terms: egg or egg consumption, diet cholesterol, CVD, diabetes, mortality, coronary heart disease, heart failure Criteria: cohort, case-control or cross-sectional on CVD (e.g. CHD, IHD, HF) or diabetes risk, reporting multi-variable adjusted risks with 95 % CI using lowest egg intake as reference; excluded studies in special populations (e.g. pregnant women) , General population : ten PC ¶ , ** and one cross-sectional on CVD, three PC ‡‡ , §§ , one cross-sectional ‖‖ , and one case-control on T2DM. T2DM population: six PC ** on CVD. , RR of highest v . lowest egg intake; Fixed effect model with negligible heterogeneity, Random effect model with significant heterogeneity; dose-response using Greenland and Longnecker method; Stata version 10.0 , Significant association of high v . low egg intake on increased CVD risk [RR: 1·19 (1·02, 1·38)]. In T2DM population, significant association of high egg intake with increased overall CVD risk [RR: 1·83 (1·42, 2·37)]. Increased T2DM risk with high egg intake [HR: 1·42 (1·09, 1·86)]. No differences between studies conducted in US v . non-US populations. , PRISMA: 88 % ROBIS: High Bias AMSTAR2: 44 %.

Techniques: Software

Journal: Public Health Nutrition

Article Title: The effect of egg consumption on cardiometabolic health outcomes: an umbrella review

doi: 10.1017/S1368980019002441

Figure Lengend Snippet: Summary of results from meta-analyses

Article Snippet: Li et al . 2013 ( 14 ) , Assess the dose-response relationship between egg consumption and the risk of CVD and diabetes , Database: MEDLINE Years: Published through Dec 2012 , Terms: egg or egg consumption, diet cholesterol, CVD, diabetes, mortality, coronary heart disease, heart failure Criteria: cohort, case-control or cross-sectional on CVD (e.g. CHD, IHD, HF) or diabetes risk, reporting multi-variable adjusted risks with 95 % CI using lowest egg intake as reference; excluded studies in special populations (e.g. pregnant women) , General population : ten PC ¶ , ** and one cross-sectional on CVD, three PC ‡‡ , §§ , one cross-sectional ‖‖ , and one case-control on T2DM. T2DM population: six PC ** on CVD. , RR of highest v . lowest egg intake; Fixed effect model with negligible heterogeneity, Random effect model with significant heterogeneity; dose-response using Greenland and Longnecker method; Stata version 10.0 , Significant association of high v . low egg intake on increased CVD risk [RR: 1·19 (1·02, 1·38)]. In T2DM population, significant association of high egg intake with increased overall CVD risk [RR: 1·83 (1·42, 2·37)]. Increased T2DM risk with high egg intake [HR: 1·42 (1·09, 1·86)]. No differences between studies conducted in US v . non-US populations. , PRISMA: 88 % ROBIS: High Bias AMSTAR2: 44 %.

Techniques: