Sentence examples for marker order s from inspiring English sources

Synteny between genomes shown by common molecular marker order(s) suggest common genome structures.

Further investigation of the dot plots may identify the event(s) which creates such marker order conflicts.

This was predicated somewhat on rice's small genome size and the realization from molecular mapping, e.g. RFLPs, of conserved markers and marker order.

Despite these differences, marker order was highly correlated (Spearman's rank R ≥ 0.87, P < 0.0001), for all LGs, between the composite maps constructed with LPmerge and MergeMap.

Indeed, both JoinMap and MergeMap generated integrated maps with good consistency in marker order (measured by Spearman's rank correlation coefficient r) compared with component population-specific maps for most LGs (JoinMap, r > 0.90 for all three pairwise comparisons for 11 LGs; MergeMap, r > 0.95 for the three pairwise comparisons for all 19 LGs).

The merging of the three maps in a single step yielded the same marker order in the composite map (Spearman's rank R > 0.99, p = 2.2.10-16, data not shown), but we present the two-step procedure here because this approach made it possible to compare LPmerge and MergeMap on three datasets ("F2+G2F", "F2+G2M" and the combination of the two), making it possible to draw more general conclusions.

Nevertheless, the marker order in all maps was well conserved and aligned with the S. tuberosum map [ 35, 36].

We referred to TSP/CONCORD's manual to analyze RH vectors and to compute the marker order of each LG and the distance between markers.

Then, for each LG, marker order and genetic distance were inferred by regression mapping using Kosambi's mapping function [ 50] to account for crossover interference.

The process of switching the order of marker pairs was repeated to finalize marker order.

The FLIPS5 function was used to shuffle marker orders and identify the most likely marker order.