This paper presents a method of performing model-free LOD-score based linkage analysis on quantitative traits. It is implemented in the QMFLINK program. The method is used to perform a genome screen on the Framingham Heart Study data. A number of markers that show some support for linkage in our study coincide substantially with those implicated in other linkage studies of hypertension. Although the new method needs further testing on additional real and simulated data sets we can already say that it is straightforward to apply and may offer a useful complementary approach to previously available methods for the linkage analysis of quantitative traits
Abstract Background Blood pressure (BP) is a complex trait, with a heritability of 30 to 40%. Severa...
Many genetic traits have complex modes of inheritance; they may exhibit incomplete or age-dependent ...
Objective: We present a parametric method for linkage analysis of quantitative phenotypes. The metho...
Identification of the genetic influences on human essential hypertension and other complex diseases ...
The relative power of linkage and association studies for the detection of genes involved in hyperte...
BACKGROUND: The design of appropriate strategies to analyze and interpret linkage results for comple...
The goal of genetic mapping is to locate genes that aect particular traits such as blood pressure, o...
Objective: Although LOD score methods have been applied to diseases with complex modes of inheritanc...
Linkage analyses of complex, multifactorial traits and diseases, such as essential hypertension, hav...
Abstract Systolic blood pressure (SBP) is an age-dependent complex trait for which bot...
In this article, we provide an overview of the different statistical procedures that have been devel...
Many complex diseases are known to have a substantial genetically heritable component. Elucidation o...
[[abstract]]Linkage analyses of complex, multifactorial traits and diseases, such as essential hyper...
Linkage analyses of complex, multifactorial traits and diseases, such as essential hypertension, hav...
Thesis (Ph.D.)--University of Rochester. School of Nursing. Dept. of Health Practice Research, 2016....
Abstract Background Blood pressure (BP) is a complex trait, with a heritability of 30 to 40%. Severa...
Many genetic traits have complex modes of inheritance; they may exhibit incomplete or age-dependent ...
Objective: We present a parametric method for linkage analysis of quantitative phenotypes. The metho...
Identification of the genetic influences on human essential hypertension and other complex diseases ...
The relative power of linkage and association studies for the detection of genes involved in hyperte...
BACKGROUND: The design of appropriate strategies to analyze and interpret linkage results for comple...
The goal of genetic mapping is to locate genes that aect particular traits such as blood pressure, o...
Objective: Although LOD score methods have been applied to diseases with complex modes of inheritanc...
Linkage analyses of complex, multifactorial traits and diseases, such as essential hypertension, hav...
Abstract Systolic blood pressure (SBP) is an age-dependent complex trait for which bot...
In this article, we provide an overview of the different statistical procedures that have been devel...
Many complex diseases are known to have a substantial genetically heritable component. Elucidation o...
[[abstract]]Linkage analyses of complex, multifactorial traits and diseases, such as essential hyper...
Linkage analyses of complex, multifactorial traits and diseases, such as essential hypertension, hav...
Thesis (Ph.D.)--University of Rochester. School of Nursing. Dept. of Health Practice Research, 2016....
Abstract Background Blood pressure (BP) is a complex trait, with a heritability of 30 to 40%. Severa...
Many genetic traits have complex modes of inheritance; they may exhibit incomplete or age-dependent ...
Objective: We present a parametric method for linkage analysis of quantitative phenotypes. The metho...