Sentence examples for divergence of both the from inspiring English sources
Structural or chemical similarity of two drugs (c) corresponds to a divergence of both the nature and size of their activity profiles.
So if this group evolved prior to the divergence of both the Pezizomycotina and Metazoa from their common ancestor, why did the other fungi not retain this parvulin?
Outside of vertebrates, the cephalochordate GATA genes BfloGATA123 and BfloGATA456 group with the ambulacrarian orthologs (hemichordates and echinoderms), but this is likely due to the high degree of conservation and low level of divergence for both the hemichordate and cephalochordate genes.
However, insertions and deletions can play an important role in the divergence of both flagellins (e.g. the indel of two amino acids that appears in all the species of Group 1, positions 164 and 165).
This alignment clearly shows the divergence of both length and sequence within the NTD-strap region and also reveals that residues are more conserved amongst Hsp90 isoforms within H1 and the region following H1.
Figure 4 highlights some details from their illustration of the extensive amino acid replacements occurring along the Catarrhine stem after the divergence of both Rattus norvegicus (brown rat) and Oryctolagus cuniculus (European rabbit) and prior to the divergence of Old World monkeys such as Ateles sp. (spider monkey) 25 million years ago.
To infer the number of RLKs in their common ancestral and the occurrence of duplication/deletion events after the divergence of both species, we used a reconciliation method [ 48] to compare the RLK superfamily tree with a species tree generated at NCBI taxonomy browser (Additional file 3).
If the evolutionary divergence of both eye types dates back to the first euarthropods, more than 500 mya [ 25], was there no need for spectral specialization earlier?
Sequence divergence of both heme peroxidases within the genus Symbiodinium is nevertheless large (with full length identities as low as 61% for SymAPX1 from types A1 and B1), and is much higher than the protein divergence seen at the genus level of higher plants (cf. Figure 9).
The divergence of duplicate genes was modeled using a system of three difference equations with a common rate 'd' for the divergence of both cycling and noncycling duplicates and a common rate 's' for the reversion of diverged duplicates back to an identical state.
