Sentence examples for minimum recombination haplotype from inspiring English sources

The pedigree analysis problems we will consider are the likelihood, maximum probability haplotype, and minimum recombination haplotype problems.

This paper shows that, given haplotype data on a pedigree, finding both minimum recombination and maximum probability haplotypes is as tractable as computing the same quantities for pedigrees with genotype data (i.e., these problems are NP- and #P-hard, respectively).

Beagle computes minimum recombination histories with an exhaustive approach.

This study investigated the relationships between recombination, haplotype phasing, and imputation in two breeds of cattle.

A minimum spanning haplotype network also supported separation into three lineages.

The distribution of haplotype frequencies at both sides of recombination point in single recombinant haplotypes is very close to the intact haplotype frequency distribution.

Through enhanced recombination, the haplotype networks displayed a high level of haplotype diversity (see also Tables S2 and S3).

Haplotypes with low frequencies were excluded using three thresholds of minimum haplotype frequencies, 0.01, 0.05 or 0.10.

Recent recombination between haplotypes that could create chimeric haplotypes was not detected at any of the loci analyzed.

Regarding the recombinant haplotypes, haplotype 18, which was the most frequent (frequency = 0.05), corresponded to a recombination between haplotypes from HGA and HGB (Additional file 6).

After removal of the recombinant haplotypes shared between the heterokaryon and either homokaryons, we inferred that 5.04% of the haplotypes from the heterokaryon were the recombinants resulting from homologous recombination distributed genome-wide.