Case-control studies have many advantages for identifying disease-related genes, but are limited in their ability to detect gene-environment interactions. The prospective cohort design provides a valuable complement to case-control studies. Although it has disadvantages in duration and cost, it has important strengths in characterizing exposures and risk factors before disease onset, which reduces important biases that are common in case-control studies. This and other strengths of prospective cohort studies make them invaluable for understanding gene-environment interactions in complex human disease
Targeting the first-degree relatives of people with a particular complex disease can offer a powerfu...
The case-only study is a convenient approach and provides increased statistical efficiency in detect...
Targeting the first-degree relatives of people with a particular complex disease can offer a powerfu...
We describe the advantages of using established cohort stud-ies that have collected blood samples to...
This article discusses the observational analytic study designs, i.e., case–control and cohort studi...
To evaluate the risk of a disease associated with the joint effects of genetic susceptibility and en...
Selection bias is a common concern in epidemiologic studies, particularly case-control studies. Sele...
Many common diseases are caused by the interaction of genetic and environmental factors.1 Interactio...
Selection bias is a common concern in epidemiologic studies, particularly case-control studies. Sele...
The inclusion of environmental exposure data may be beneficial, in terms of statistical power, to in...
The inclusion of environmental exposure data may be beneficial, in terms of statistical power, to in...
With advances in molecular genetic technology, more studies will examine gene-environment interactio...
Cohort study has made, and will continue to make, important contributions to the environmental epide...
Cohort studies are the analytical design of observational studies that are epidemiologically used to...
Prospective cohorts have played a major role in understanding the contribution of diet, physical act...
Targeting the first-degree relatives of people with a particular complex disease can offer a powerfu...
The case-only study is a convenient approach and provides increased statistical efficiency in detect...
Targeting the first-degree relatives of people with a particular complex disease can offer a powerfu...
We describe the advantages of using established cohort stud-ies that have collected blood samples to...
This article discusses the observational analytic study designs, i.e., case–control and cohort studi...
To evaluate the risk of a disease associated with the joint effects of genetic susceptibility and en...
Selection bias is a common concern in epidemiologic studies, particularly case-control studies. Sele...
Many common diseases are caused by the interaction of genetic and environmental factors.1 Interactio...
Selection bias is a common concern in epidemiologic studies, particularly case-control studies. Sele...
The inclusion of environmental exposure data may be beneficial, in terms of statistical power, to in...
The inclusion of environmental exposure data may be beneficial, in terms of statistical power, to in...
With advances in molecular genetic technology, more studies will examine gene-environment interactio...
Cohort study has made, and will continue to make, important contributions to the environmental epide...
Cohort studies are the analytical design of observational studies that are epidemiologically used to...
Prospective cohorts have played a major role in understanding the contribution of diet, physical act...
Targeting the first-degree relatives of people with a particular complex disease can offer a powerfu...
The case-only study is a convenient approach and provides increased statistical efficiency in detect...
Targeting the first-degree relatives of people with a particular complex disease can offer a powerfu...