Sentence examples for may undergo strong from inspiring English sources

Recent work on the negative selection of SH3 domain-recognized sequences [ 19] also suggests that SLiMs may undergo strong evolutionary selection.

MDGA1 may undergo strong heterophilic interactions in cis thereby regulating the function of its binding partners, while MDGA2 may preferentially form homophilic interactions in trans serving as an adhesion factor.

In this context, developmental genes may undergo stronger purifying selection than others (Plotkin JB, personal communication).

This effect most likely represents the numerical discretization effect because even ion Bernstein modes that may have small wavenumbers undergo strong damping at higher frequencies and cannot be sustained by the system for a long time [5].

It is also possible that these genes that confer a grain yield advantage under stress may have undergone strong natural selection to stay together and remain conserved during the course of evolution.

Conversely, in co-evolution the entire tree was used which makes it more difficult to identify selection at co-evolving amino acid sites: pairs of amino acids that changed in a correlated way in few lineages may have undergone strong purifying selection in most of the remaining lineages of the tree.

Being a non-coding region, these substitutions may be tolerated during transmission, unlike coding region variants that undergo strong negative selection during transmission (37).

Our analysis identified clusters of positions along the coding regions that may undergo a conserved evolutionary selection for strong or weak local folding maintained across different viral variants.

However, in the presence of redox reactive metals such as iron hydrogen peroxide and superoxide may undergo the Fenton and Haber-Weiss reactions that produce the stronger hydroxyl radicals [16].

It is expected that during strong earthquakes, longitudinal reinforcing steel in reinforced concrete structural elements may undergo large tension and compression strain reversals.

Operando studies have shown that catalysts may undergo dynamic structural transformations upon small changes in the reaction conditions and such transformations have a strong impact on the performance of the catalysts.