Table shows five loci exhibiting missing or deficit homozygosity on the Sscrofa11.1 genome build, four in the Landrace population (LA1-4), and one in the Duroc population (DU1). The table shows the genomic location, carrier frequency, and deficit of homozygosity for each haplotype. The deficit of homozygosity is calculated based on trio information (parents and offspring) with the formula described by Fritz et al., 2013 [20], and from haplotype frequency, using the Hardy-Weinberg principle. Genotyped progeny is derived from CxC matings.</p
This project aimed to define linkage disequilibrium (LD) patterns and tracts of extended homozygosit...
In genetic association studies, tests for Hardy-Weinberg proportions are often employed as a quality...
Individuals born of consanguineous union have segments of their genomes that are homozygous as a res...
The identification of recessive disease-causing genes by homozygosity mapping is often restricted by...
<p>(A) A plot of the percent homozygosity in the genome of probands from the entire AGRE collection....
Objective: Analyze the information contained in homozygous haplotypes detected with high density gen...
<p>The difference between expected and observed homozygosity, as defined by the Fnd of alleles (A pl...
<p>Panels on the left represent the decay of EHH, or the probability of homozygosity at a certain ba...
Although many algorithms exist for estimating haplotypes from genotype data, none of them take full ...
In genetic association studies, tests for Hardy-Weinberg proportions are often employed as a quality...
In genetic association studies, tests for Hardy-Weinberg proportions are often employed as a quality...
In genetic association studies, tests for Hardy-Weinberg proportions are often employed as a quality...
<p>The regions of extended homozygosity on Chromosomes 3 (upper panel) and 18 (lower panel) are outl...
A. Worldwide distribution of the populations harboring alleles that are missing in the 1,000 Genomes...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
This project aimed to define linkage disequilibrium (LD) patterns and tracts of extended homozygosit...
In genetic association studies, tests for Hardy-Weinberg proportions are often employed as a quality...
Individuals born of consanguineous union have segments of their genomes that are homozygous as a res...
The identification of recessive disease-causing genes by homozygosity mapping is often restricted by...
<p>(A) A plot of the percent homozygosity in the genome of probands from the entire AGRE collection....
Objective: Analyze the information contained in homozygous haplotypes detected with high density gen...
<p>The difference between expected and observed homozygosity, as defined by the Fnd of alleles (A pl...
<p>Panels on the left represent the decay of EHH, or the probability of homozygosity at a certain ba...
Although many algorithms exist for estimating haplotypes from genotype data, none of them take full ...
In genetic association studies, tests for Hardy-Weinberg proportions are often employed as a quality...
In genetic association studies, tests for Hardy-Weinberg proportions are often employed as a quality...
In genetic association studies, tests for Hardy-Weinberg proportions are often employed as a quality...
<p>The regions of extended homozygosity on Chromosomes 3 (upper panel) and 18 (lower panel) are outl...
A. Worldwide distribution of the populations harboring alleles that are missing in the 1,000 Genomes...
The mapping of genes involved in rare recessive disorders in large outbred population is often a dif...
This project aimed to define linkage disequilibrium (LD) patterns and tracts of extended homozygosit...
In genetic association studies, tests for Hardy-Weinberg proportions are often employed as a quality...
Individuals born of consanguineous union have segments of their genomes that are homozygous as a res...