Segregation and linkage analyses were performed for adult height in a population of 200 Dutch families, each of which was ascertained through a proband with asthma. The best-fit model from the segregation analysis was a major recessive gene with a significant residual polygenic background. Models without a polygenic component were rejected. A genomewide scan was performed, and it confirmed previous linkage results for chromosomes 6q25 (LOD = 3.06, D6S2436), 9p1 (LOD = 2.09, D9S301), and 12q1 (LOD = 1.86, D12S375). Our results provide evidence that a combination of segregation and linkage approaches is valuable in understanding genetic determination of common complex traits
© 2012 Dr. Anna Elizabeth DuncanMany common diseases are complex, with multiple genetic loci and env...
We have analyzed data from 573 pedigrees from the United Kingdom for evidence for linkage to loci in...
Adult height is a model polygenic trait, but there has been limited success in identifying the genes...
Segregation and linkage analyses were performed for adult height in a population of 200 Dutch famili...
Segregation and linkage analyses were performed for adult height in a population of 200 Dutch famili...
Despite extensive research of genetic determinants of human adult height, the genes identified up un...
Height is a highly heritable, complex trait. At present, the genes responsible for the variation in ...
Genomewide linkage analysis has been extremely successful at identification of the genetic variation...
Adult height is the most widely genetically studied common trait in humans; however, the trait varia...
Genomewide linkage analysis has been extremely successful at identification of the genetic variation...
Height has been used for more than a century as a model by which to understand quantitative genetic ...
Height has been used for more than a century as a model by which to understand quantitative genetic ...
Height has been used for more than a century as a model by which to understand quantitative genetic ...
Background/Aims: Genetic variation in several candidate genes has been associated with short stature...
Adult height (stature), as an important parameter of human physical development, has been studied in...
© 2012 Dr. Anna Elizabeth DuncanMany common diseases are complex, with multiple genetic loci and env...
We have analyzed data from 573 pedigrees from the United Kingdom for evidence for linkage to loci in...
Adult height is a model polygenic trait, but there has been limited success in identifying the genes...
Segregation and linkage analyses were performed for adult height in a population of 200 Dutch famili...
Segregation and linkage analyses were performed for adult height in a population of 200 Dutch famili...
Despite extensive research of genetic determinants of human adult height, the genes identified up un...
Height is a highly heritable, complex trait. At present, the genes responsible for the variation in ...
Genomewide linkage analysis has been extremely successful at identification of the genetic variation...
Adult height is the most widely genetically studied common trait in humans; however, the trait varia...
Genomewide linkage analysis has been extremely successful at identification of the genetic variation...
Height has been used for more than a century as a model by which to understand quantitative genetic ...
Height has been used for more than a century as a model by which to understand quantitative genetic ...
Height has been used for more than a century as a model by which to understand quantitative genetic ...
Background/Aims: Genetic variation in several candidate genes has been associated with short stature...
Adult height (stature), as an important parameter of human physical development, has been studied in...
© 2012 Dr. Anna Elizabeth DuncanMany common diseases are complex, with multiple genetic loci and env...
We have analyzed data from 573 pedigrees from the United Kingdom for evidence for linkage to loci in...
Adult height is a model polygenic trait, but there has been limited success in identifying the genes...