Homozygosity is a component of genetic patterning that can be used to search for the cause of genetic disease. In this chapter, methods are presented to analyze SNP data for the presence of homozygosity. Two exercises demonstrate methods to define runs of homozygosity, to identify shared homozygosity between individuals, and to evaluate the results in light of the expectations of a recessively inherited genetic disorder. An example dataset is used to aid in data interpretation
In families segregating a monogenic genetic disorder with a single disease gene introduction, patien...
The identification of recessive disease-causing genes by homozygosity mapping is often restricted by...
Background: In families segregating a monogenic genetic disorder with a single disease gene introduc...
The identification of recessive disease-causing genes by homozygosity mapping is often restricted by...
ABSTRACT: Homozygosity mapping has played an impor-tant role in detecting recessive mutations using ...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
Genes involved in disease that are not common are often difficult to identify; a method that pinpoin...
Genes involved in disease that are not common are often difficult to identify; a method that pinpoin...
Homozygosity mapping has played an important role in detecting recessive mutations using families of...
Genes involved in disease that are not common are often difficult to identify; a method that pinpoin...
In families segregating a monogenic genetic disorder with a single disease gene introduction, patien...
The identification of recessive disease-causing genes by homozygosity mapping is often restricted by...
Background: In families segregating a monogenic genetic disorder with a single disease gene introduc...
The identification of recessive disease-causing genes by homozygosity mapping is often restricted by...
ABSTRACT: Homozygosity mapping has played an impor-tant role in detecting recessive mutations using ...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
Genes involved in disease that are not common are often difficult to identify; a method that pinpoin...
Genes involved in disease that are not common are often difficult to identify; a method that pinpoin...
Homozygosity mapping has played an important role in detecting recessive mutations using families of...
Genes involved in disease that are not common are often difficult to identify; a method that pinpoin...
In families segregating a monogenic genetic disorder with a single disease gene introduction, patien...
The identification of recessive disease-causing genes by homozygosity mapping is often restricted by...
Background: In families segregating a monogenic genetic disorder with a single disease gene introduc...