Sentence examples for mean sequence divergence from inspiring English sources

The markers varied significantly in mean sequence divergence (Table 1).

The mean sequence divergence for these cases averaged 4.46%, with values ranging from 2.19 6.53%.

Three loci, ITS1, trnH-psbA, and rpoB2, had a mean sequence divergence value greater than two percent while the remaining loci ranged between 0.2% and 1.55% (Tables 1, 2, Figure 2).

One consequence is that strictly using morphology to evaluate the congruence with genetic groups would have been overly subjective, and using a priori morphological species to calibrate a mean sequence divergence threshold (e.g. any barcoding paper) would have been largely meaningless.

For example, rpoB2 had a high mean sequence divergence value (2.05%), but poor PCR success in non-angiosperms (failed in all tested gymnosperms, ferns and all but one moss); rpoC1 had better PCR success (83.3%) than rpoB2, but a lower mutation rate (1.38%).

b Mean sequence divergence of nucleotide sequence (NSD) calculated by the K-2P method.

Chase et al. (2005) [10] and Kress et al. (2005) [14] recovered highest mean percentage sequence divergence (2.81 and 5.7% respectively) for nrITS region for plant barcoding.

The mean K2P sequence divergence between species (x = 14.02%; SD  = 3.47%; range  = 2.68 37.61%) was approximately 21-fold higher than within species variation (0.66%; SD  = 0.50%; range  = 0 3.38%) and formed mostly disjunct distributions (Figure 4).

The mean percent sequence divergence for rbcL-a ranked sixth, but it exceeded all other loci except ITS1 and trnH-psbA in the percent of genera in which species pairs could be differentiated (69.8%).

Mean pairwise sequence divergence within Rattus spp. rat HEV genotype 3 sequences was 0.51%.

Mean pairwise sequence divergence within each cluster was calculated as an estimate of Θπ.