Sentence examples for multiple genome donors from inspiring English sources

Low-copy nuclear genes can, like ITS, reveal multiple genome donors, and they are less subject to gene conversion.

The biparentally-inherited ITS does have the potential to reveal multiple genome donors, but its arrangement in long repetitive arrays promotes the confounding effects of concerted evolution, both within arrays [13] [15] and among them [16], [17].

Single- and low- copy nuclear genes are less likely subject to concerted evolution, thus making themselves ideal tools for verifying the existence of suspected polyploids [ 20], identifying genome donors [ 18, 21], demonstrating multiple polyploid origins [ 19], clarifying hybridization events or introgression [ 18], and examining gene evolution in polyploids [ 22].

Multiple genome alignment remains a challenging problem.

Multiple genome alignments are downloaded from UCSC Genome Browser [22].

Our results point to North American Pseudoroegneria and Hordeum species as potential genome donors to Elymus.

We convert each individual genome (donor) to binary genome by comparing each donor genome to the reference genome, we convert each position to '0' when there exists no variants between the donor and the reference genome and otherwise '1'.

AC Andrew and the three diploid progenitors of hexaploid wheat, T. urartu (A genome donor), Ae. speltoides (B genome donor) and Ae. tauschi (D genome donor), were amplified using TaSUT2 specific primers.

The largest proportion of polymorphic markers originated from the A genome donor A. duranensis (76.6%), the B genome donor A. ipaënsis generating 47.6% of polymorphic markers.

In this cross, a "high-copy" T. pratensis 2609 was used as the maternal genome donor and "low-copy" T. dubius 2616 as the paternal genome donor.

The closest extant diploid progenitors of N. clevelandii are N. obtusifolia (maternal genome donor) and N. attenuata (paternal genome donor) [ 13].