Sentence examples for proteins of the same age from inspiring English sources

In the PIN, proteins of the same age class tend to form motifs while those of different age classes tend to avoid forming motifs.

On a network level, this would result in clusters of interacting proteins of the same age (Additional file 1: Figure S9).

Proteins of the same age class tend to form motifs, while those of different age classes tend to avoid forming motifs.

We find that in current protein interaction networks, proteins of the same age class tend to form motifs and such co-origins of motif constituents are affected by their topologies and biological functions.

Here we find proteins of the same age class not only tend to interact but also tend to form motifs (Table 1), which presents a more direct support for the hypothesis of the clustered additions.

In other words, if the ancestral protein interacted with some proteins that are older and some proteins that are of the same age, do the daughter genes after duplication typically lose the interactions with the older proteins and do they tend to keep those interactions with the proteins of the same age?

As archaebacterial and eubacterial genes can be considered to have the same age, in the sense that they have been in the eukaryotic cell for the same length of time, the preferential interaction of proteins with those of the same age would also involve an enrichment in archaebacterial eubacterial interactions.

Further, we find that the proteins within motifs whose constituents are of the same age class tend to be densely interconnected, co-evolve and share the same biological functions, and these motifs tend to be within protein complexes.

Further the proteins participating in the motifs with members of the same age class tend to be densely interconnected, share the same functions and evolve at similar rates, and these motifs tend to be within protein complexes.

Two-dimensional SDS polyacrylamide gel electrophoresis (2D-SDS-PAGE) was used to compare protein expression patterns in treated and untreated tumors of the same age.

Finally, it has been reported that proteins tend to interact with those encoded by genes of the same age (Qin et al. 2003; Rual et al. 2005).