Sentence examples for the divergent time from inspiring English sources

This is probably related to the divergent time course of gene expression in relation to protein expression, regulation and downstream protein production as well as the involvement of other factors.

We excluded sequences of 18S, 5.8S and 26S RNA regions of nrDNA from the calculation of the divergent time.

However, the divergent time and the species radiation within some genera are still unclear and are of great interest to many botanists.

The divergent time used to calculate absolute substitution rates was extracted from a recently published time-calibrated maximum clade credibility (MCC) phylogeny for all birds [ 67].

In BBCC tetraploid species, C-like copy of O. punctata diverged from C genome of O. eichingeri at 0.3 Mya, very close to the divergent time (0.5 Mya) of the B-like copy from the B genome of diploid O. punctata.

Tripp and McDade [ 79] have used the record of a fossil taxon of Avicennia (38 MYA) to identify the most recent common ancestor (MRCA) of the extant Avicennia species and have estimated the divergent time of the Avicennia clade and Acanthaceae s.s. as 82 MYA, which is quite larger than the estimations of Bremer et al. (54 MYA) [ 80] and Bell et al. (41 MYA) [ 81].

In addition, the divergent times between the duplicated gene pairs were analyzed (Table  2).

The divergent times (t) were estimated using the formula t = T pop* θ/2 μk), where T pop is the time of population divergence, θ is the population mutation rate, μ is mutation rate per nucleotide, and k is the number of nucleotides of the sequence.

We postulate that the short divergent time among Flaveria species (~5 mys) make the third codon position, which is most variable, a preferred choice in resolving the phylogenetic relationships according to [ 40].

Because the most recent divergent time can better record the recent evolutionary events, our observation provided additional solid evidence for the high rate of new gene origination.

With a maximum clade credibility tree based on the COI data (Additional file 8: Figure S5), divergent time between the S. japonica and S. augustata (Kjellman) C.E. Lane, C. Mayes, Druehl & G.W. Saunders was assumed to be 4.84 Ma.