Sentence examples for extensive identity from inspiring English sources

Although Mig2p and Mig3p are more similar to each other, all three transcription factors share extensive identity (>70%) in their DNA binding domains, and they bind to nearly identical sequences in vitro (Badis et al. 2008; Hazbun and Fields 2002; Lutfiyya et al. 1998).

Sequence alignment showed that it consisted of a plasmid backbone (approximately 55 kb) which shared extensive identity (97%) with the IncL/M plasmid, pEL60 (60145 bp, described for the plant pathogen, Erwinia amylovora, accession no. AY422214) and three DNA insertions (with sizes of 28.9 kb, 3522 bp and 1238 bp).

The amino acid sequence of ClpK shares extensive identity with uncharacterized Clp proteins in completed genomes from E. coli (98%), Enterobacter cloacae (98%), M. flagellatus (95%), Desulfovibrio desulfuricans (94%), Comamonas testosteroni (93%), Marinobacter aquaeolei (92%), Pseudomonas mendocina (90%) and Ochrobactrum anthropi (73%) among others.

The partial sequence obtained for canine Kir6.2 sequence shared extensive identity with Kir6.2 from other species.

Previously, we have found short oligonucleotides useful in resolving alleles sharing extensive identity [ 16, 17].

This report describes a novel array-based assay that accurately identifies and quantifies nucleotide sequences that share extensive identity.

Further, the extensive identity-by-descent (IBD) between individuals helps to distinguish true rare variant calls from sequencing errors and provides a means to verify novel alleles in multiple related individuals.

The C-terminal extension in SARI_02603 shares extensive sequence identity with the uropathogenic specific protein (Usp), a putative S-type pyocin encoded by UPEC strains [ 30].

An alignment between bicaudal and βNAC revealed very extensive sequence identity between these two proteins of approximately 57% (Fig. 5A).

Based on this analysis, 3 out of 20 deletions showed extensive sequence identity between the two breakpoints, strongly suggesting that NAHR was the mechanism of their formation.

It may be noteworthy that within the group of miRNAs with 50 70% 3' similarity, we could identify some with extensive sequence identity at the 3' end and low 5' similarity (Figure S3).