Existing genetic prediction tools typically assume that genetic variants contribute equally towards the phenotype. The authors develop eight prediction tools that allow the user to specify the heritability model, and show that these tools enable substantially improved prediction of complex traits
Abstract: The genetic analysis of quantitative or complex traits has been based mainly on statistica...
A plethora of genetic association analyses have identified several genetic risk loci. Technological ...
Most physical traits of agricultural and medical importance are complex, meaning that they are deter...
Genome-wide association studies have helped us identify a wealth of genetic variants associated with...
Abstract Genetic prediction for complex traits is usually based on models including individual (infi...
In spite of decades of linkage and association studies and its potential impact on human health, rel...
Abstract: During the initial stages of the genome revolution human genetics was hugely successful in...
Genetic prediction for complex traits is usually based on models including individual (infinitesimal...
A core focus of genetics is understanding the relationship between genetic variation (genotypes) and...
A major finding from the last decade of genome-wide association studies (GWAS) is that variant-pheno...
Due to the rapid development of high-throughput sequencing technology, we can easily obtain not only...
Narrow-sense heritability (h(2)) is an important genetic parameter that quantifies the proportion of...
Abstract: The genetic analysis of quantitative or complex traits has been based mainly on statistica...
A plethora of genetic association analyses have identified several genetic risk loci. Technological ...
Most physical traits of agricultural and medical importance are complex, meaning that they are deter...
Genome-wide association studies have helped us identify a wealth of genetic variants associated with...
Abstract Genetic prediction for complex traits is usually based on models including individual (infi...
In spite of decades of linkage and association studies and its potential impact on human health, rel...
Abstract: During the initial stages of the genome revolution human genetics was hugely successful in...
Genetic prediction for complex traits is usually based on models including individual (infinitesimal...
A core focus of genetics is understanding the relationship between genetic variation (genotypes) and...
A major finding from the last decade of genome-wide association studies (GWAS) is that variant-pheno...
Due to the rapid development of high-throughput sequencing technology, we can easily obtain not only...
Narrow-sense heritability (h(2)) is an important genetic parameter that quantifies the proportion of...
Abstract: The genetic analysis of quantitative or complex traits has been based mainly on statistica...
A plethora of genetic association analyses have identified several genetic risk loci. Technological ...
Most physical traits of agricultural and medical importance are complex, meaning that they are deter...