Add to ORKGThe use of genetic markers as instrumental variables (IV) is receiving increasing attention from economists, statisticians, epidemiologists and social scientists. Although IV is commonly used in economics, the appropriate conditions for the use of genetic variants as instruments have not been wel
Understanding the sources of individual differences beyond social and economic effects has become a ...
During the last decades, the amount of available genetic data on populations has growndrastically. F...
Background An allele score is a single variable summarizing multiple genetic variants associated wit...
AbstractThe use of genetic markers as instrumental variables (IV) is receiving increasing attention ...
Mendelian randomisation analyses use genetic variants as instrumental variables (IVs) to estimate ca...
We introduce Genetic Instrumental Variables (GIV) regression – a method to estimate causal effects i...
Identifying causal effects in nonexperimental data is an enduring challenge. One proposed solution t...
Genome-wide association studies have provided many genetic markers that can be used as instrumental ...
Abstract The idea that genetic differences may explain a multitude of individual-level outcomes stud...
In the first part of this series, it was highlighted how even though randomised controlled trials ca...
A study examining blood lipid traits takes epigenomics approaches to the next level by using careful...
Mendelian randomization is an epidemiological method for using genetic variation to estimate the cau...
Abstract A study examining blood lipid traits takes epigenomics approaches to the next...
Mendelian randomisation is an accessible and valuable epidemiological approach to provide insight in...
Introduction. Instrumental variable (IV) methods have been used in econometrics for several decades ...
Understanding the sources of individual differences beyond social and economic effects has become a ...
During the last decades, the amount of available genetic data on populations has growndrastically. F...
Background An allele score is a single variable summarizing multiple genetic variants associated wit...
AbstractThe use of genetic markers as instrumental variables (IV) is receiving increasing attention ...
Mendelian randomisation analyses use genetic variants as instrumental variables (IVs) to estimate ca...
We introduce Genetic Instrumental Variables (GIV) regression – a method to estimate causal effects i...
Identifying causal effects in nonexperimental data is an enduring challenge. One proposed solution t...
Genome-wide association studies have provided many genetic markers that can be used as instrumental ...
Abstract The idea that genetic differences may explain a multitude of individual-level outcomes stud...
In the first part of this series, it was highlighted how even though randomised controlled trials ca...
A study examining blood lipid traits takes epigenomics approaches to the next level by using careful...
Mendelian randomization is an epidemiological method for using genetic variation to estimate the cau...
Abstract A study examining blood lipid traits takes epigenomics approaches to the next...
Mendelian randomisation is an accessible and valuable epidemiological approach to provide insight in...
Introduction. Instrumental variable (IV) methods have been used in econometrics for several decades ...
Understanding the sources of individual differences beyond social and economic effects has become a ...
During the last decades, the amount of available genetic data on populations has growndrastically. F...
Background An allele score is a single variable summarizing multiple genetic variants associated wit...