Sentence examples for most distorted loci from inspiring English sources

The most distorted loci were on Chr02, Chr16, and Chr18 (> 50% of loci were distorted), and the least on Chr05, Chr08, Chr20, and Chr25 (< 5% of loci were distorted).

More SDRs were found on Chr02, Chr16, and Chr18, the chromosomes with the most distorted loci.

Most of these distorted loci corresponded to regions already reported as prone to segregation distortion in previous studies [ 66, 68– 70].

In our two F2 populations, nuclear genetic factors from Dasanbyeo (indica) had stronger effects on SD than those from Ilpumbyeo (japonica) since most of the distorted loci were skewed in favor of the indica alleles (Table 2, Additional file 2: Table S2 and Additional file 3: Figure S1).

Interestingly, most of the distorted loci showed missing alleles in the freshwater grandfather.

Moreover, most of the distorted loci (61.4%) were skewed in favour of the maternal alleles i.e. JG-62.

Most of the distorted loci were located on LG 85P_ 6 (n = 11) on the 85P map, but the corresponding LG on the NP map, NP_6, had no distorted loci.

Zhang et al. [ 22] also identified discrete regions of segregation distortion, although several individual distorted loci were closely flanked by non-distorted loci without the characteristic distortion decay.

For the SSRs, considering the loci showing significant double reduction as distorted loci, the proportion of distortion was 25% (26 loci over 104).

We predict that future replicate green×longear sunfish crosses will also identify partial viability, but with varying degree of segregation distortion and involving different combinations of distorted loci.

Three chromosomes (Chr02, Chr16, and Chr18) showed extreme segregation distortion in that >50% of loci were distorted, among which 99.9% of the distorted loci segregated toward the heterozygous allele.