Sentence examples for prevalent functions from inspiring English sources

Other than uncharacterized proteins, genes encoding putative short chain dehydrogenases and periplasmic binding proteins were also among the most prevalent functions for proteins with predicted Tat signal sequences.

Among the most prevalent functions identified was a putative RelBE toxin-antitoxin (TA) addiction module, and subsequent analysis revealed that this was most closely related to putative TA modules from gut associated bacteria belonging to the Firmicutes.

As such, attempts to design therapeutics based on these prevalent functions should take into account the effects on Notch signaling, since the relationship between Notch signaling and carcinogenesis is context-dependent [ 35, 72, 73].

As has been argued before, the most prevalent function of an 'learning management system' in universities is usually to support management rather than learning (Selwyn, 2016).

Social/interpersonal functions have previously been shown to be a more prevalent function in community samples of adolescents [ 2], compared to clinical groups [ 36].

Collectively, these data point at a prevalent function of CCR1 and CCR5 in the recruitment of classical monocytes under acute as well as chronic inflammatory and atherogenic conditions.

From reported occupational specialty, participants were classified into six different categories of military occupational functions based on the most frequent common work tasks with the most prevalent function (marine assault infantry) used as reference occupational function.

Most of the human prevalent function were thus related to metabolism, while the functions overrepresented in guinea pigs were more diverse and often related to secondary metabolisms, membrane related and/or transport systems.

It has already been suggested that the prevalent function of TIMP-2, among its multiple potential roles, is dependent from the specific biological context [ 42] and this concept has accommodated the discrepant data on the modulation of TIMP-2 in different kind of tumors.

By virtue of their structural malleability and propensity to interact with multiple-binding partners, these peptide stretches of ∼30 or more amino acid residues have become increasingly recognized for their pivotal and prevalent role in cellular functions including many implicated in human disease pathogenesis (Babu et al., 2011).

The efficiency of the solution technique is tested for two prevalent distribution functions.