Sentence examples for biological process that requires from inspiring English sources

The acceleration of a biological process that requires energy inputs is intuitively expected to demand increased effort and thus incur greater costs.

Interestingly, signaling experiments indicate that the expression of M2 in B-cells promotes the tyrosine phosphorylation of Vav1 and additional signaling proteins, a biological process that requires the integrity of both the M2 phosphotyrosine and proline rich region motifs.

Human pregnancy is a complex biological process that requires synchrony between the develop embryo and the receptive uterine endometrium.

Conidial germination is an extremely complex biological process that requires the breaking of dormancy, morphogenesis, the reactivation of the cell cycle, the biosynthesis of new cell components, adaptations to stress, and the shifting of metabolism toward energy, yielding reactions.

To Foley et al. this "suggests that a large proportion of variation in CHC expression may reflect variation in a number of biological processes that require the expenditure of energy or lipid resources"[39].

Accompanying differences in signal duration are numerous downstream biological processes that require multiple steps of biochemical regulation.

Glycan-binding receptors are involved in biological processes that require recognition of selected sets of oligosaccharide ligands.

Therefore, one could predict that dysregulation of DNA methylation in cancers would tend to occur in the types of biological processes that require this level of control, for example immune system and cell differentiation [ 46].

As expected, the molecular complexes involved in the establishment and maintenance of cell polarity are largely conserved throughout the metazoa, despite the wide range of epithelial tissue types and biological processes that require them.

Hence, the As thiolation in the gut can be considered a chemical process that requires a biological trigger, that is, sulfide production by metabolically active SRB.

Based on this evidence, the authors conclude that arsenic thiolation in the gut "can be considered a chemical process that requires a biological trigger, that is, sulfide production by metabolically active [sulfur-reducing bacteria]." The health consequences of the thiolated methylarsenicals produced in the gut remain unknown.