<p>The regions of extended homozygosity on Chromosomes 3 (upper panel) and 18 (lower panel) are outlined in red. Homozygosity is shown by a lack of A/B genotype calls (corresponding to a B allele frequency of 0.5) coupled with a normal copy number, indicated by an average log R ratio of 0.</p
Long tracts of consecutive homozygous single nucleotide polymorphisms (SNPs) can arise in the genome...
Cross-population Extended Haplotype Homozygosity (xpEHH)—Comparison of one breed with the other thre...
Homozygosity mapping has played an important role in detecting recessive mutations using families of...
Previous investigations have reported linkage disequilibrium occurring between nearby polymorphisms,...
<p>The genotyping information is displayed as a B-allele frequency, with heterozygous SNPs plotted a...
<p>Panels on the left represent the decay of EHH, or the probability of homozygosity at a certain ba...
<p>(A) A plot of the percent homozygosity in the genome of probands from the entire AGRE collection....
Copy neutral segments with allelic homozygosity, also known as regions of homozygosity (ROHs), are f...
<p>A red peak reaching a 1.0 max score of statistical significance depicts a homozygous region on ch...
<p>The difference between expected and observed homozygosity, as defined by the Fnd of alleles (A pl...
Individuals born of consanguineous union have segments of their genomes that are homozygous as a res...
Table shows five loci exhibiting missing or deficit homozygosity on the Sscrofa11.1 genome build, fo...
ABSTRACT: Homozygosity mapping has played an impor-tant role in detecting recessive mutations using ...
The human genome is characterised by many runs of homozygous genotypes, where identical haplotypes w...
<p>Mean homozygosity of SNPs in a sliding window (200-kb window at 100-kb steps) was plotted versus ...
Long tracts of consecutive homozygous single nucleotide polymorphisms (SNPs) can arise in the genome...
Cross-population Extended Haplotype Homozygosity (xpEHH)—Comparison of one breed with the other thre...
Homozygosity mapping has played an important role in detecting recessive mutations using families of...
Previous investigations have reported linkage disequilibrium occurring between nearby polymorphisms,...
<p>The genotyping information is displayed as a B-allele frequency, with heterozygous SNPs plotted a...
<p>Panels on the left represent the decay of EHH, or the probability of homozygosity at a certain ba...
<p>(A) A plot of the percent homozygosity in the genome of probands from the entire AGRE collection....
Copy neutral segments with allelic homozygosity, also known as regions of homozygosity (ROHs), are f...
<p>A red peak reaching a 1.0 max score of statistical significance depicts a homozygous region on ch...
<p>The difference between expected and observed homozygosity, as defined by the Fnd of alleles (A pl...
Individuals born of consanguineous union have segments of their genomes that are homozygous as a res...
Table shows five loci exhibiting missing or deficit homozygosity on the Sscrofa11.1 genome build, fo...
ABSTRACT: Homozygosity mapping has played an impor-tant role in detecting recessive mutations using ...
The human genome is characterised by many runs of homozygous genotypes, where identical haplotypes w...
<p>Mean homozygosity of SNPs in a sliding window (200-kb window at 100-kb steps) was plotted versus ...
Long tracts of consecutive homozygous single nucleotide polymorphisms (SNPs) can arise in the genome...
Cross-population Extended Haplotype Homozygosity (xpEHH)—Comparison of one breed with the other thre...
Homozygosity mapping has played an important role in detecting recessive mutations using families of...
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