This paper provides a review of the design and analysis of genetic association studies. In case control studies, the different contingency tables and their relationships to the underlying genetic model are defined. Population stratification is discussed, with suggested methods to identify and correct for the effect. The transmission disequilibrium test is provided as an alternative family-based test, which is robust to population stratification. The relative benefits of each analysis are summarised. [References: 23
A great number of statistical methods have been developed to test genetic association between a heri...
Large numbers of control individuals with genome-wide genotype data are now available through variou...
Large numbers of control individuals with genome-wide genotype data are now available through variou...
With the trend in molecular epidemiology towards both genome-wide association studies and complex mo...
© 2007 by World Scientific Publishing Co. Pte. Ltd. All rights reserved. Although genetic associatio...
Genetic association studies are an effective means of discovering associations between genetic varia...
The use, in association studies, of the forthcoming dense genomewide collection of single-nucleotide...
Association studies can be performed using any type of genetic polymorphism, but the one most common...
Genetic Association Studies is designed for students of public health, epidemiology, and the health ...
Family-based association methods are useful because they offer improved matching of controls to case...
Genetic association studies are used to find candidate genes or genome regions that contribute to a ...
The use, in association studies, of the forthcoming dense genomewide collection of single-nucleotide...
This chapter describes the main issues that genetic epidemiologists usually consider in the design o...
Background: There are two major classes of genetic association analyses: population based and family...
In genetic association studies, analyses integrating data or estimates from unrelated case-control i...
A great number of statistical methods have been developed to test genetic association between a heri...
Large numbers of control individuals with genome-wide genotype data are now available through variou...
Large numbers of control individuals with genome-wide genotype data are now available through variou...
With the trend in molecular epidemiology towards both genome-wide association studies and complex mo...
© 2007 by World Scientific Publishing Co. Pte. Ltd. All rights reserved. Although genetic associatio...
Genetic association studies are an effective means of discovering associations between genetic varia...
The use, in association studies, of the forthcoming dense genomewide collection of single-nucleotide...
Association studies can be performed using any type of genetic polymorphism, but the one most common...
Genetic Association Studies is designed for students of public health, epidemiology, and the health ...
Family-based association methods are useful because they offer improved matching of controls to case...
Genetic association studies are used to find candidate genes or genome regions that contribute to a ...
The use, in association studies, of the forthcoming dense genomewide collection of single-nucleotide...
This chapter describes the main issues that genetic epidemiologists usually consider in the design o...
Background: There are two major classes of genetic association analyses: population based and family...
In genetic association studies, analyses integrating data or estimates from unrelated case-control i...
A great number of statistical methods have been developed to test genetic association between a heri...
Large numbers of control individuals with genome-wide genotype data are now available through variou...
Large numbers of control individuals with genome-wide genotype data are now available through variou...