Sentence examples for distinct environments for from inspiring English sources

In this framework, there could be 64 distinct environments for a residue from the combination of structural features: four from secondary structures (α-helix, β-strand, coil and residue with positive φ main-chain torsion angle), two from solvent accessibility (accessible and inaccessible), and eight (23) from hydrogen bonds to main-chain carbonyl (CO) or amide (NH) or to another side chain.

This is expected to be the case when hosts are sexually dimorphic and represent distinct environments for their parasites.

Moreover, a partition wall allows for a distinct environment for passengers and separates them from the luggage compartment.

178 These features provide a distinct environment for HIV replication, and hinder access of PIs into the germ cell compartment.

This is despite evidence that distinct environments offer differing contexts for learning, and so materially influence the ability of subjects to recall data.

The agreement observed between different methodologies and their ability to detect quality trends across distinct environments constitutes a promising result for the implementation of the WFD's monitoring plans.

We then considered the effect of a second Al3+ ion substituted in the first coordination shell of a central Al3+ ion, labeled 1NN, 2NN, and 3NN for the three distinct environments in each system, as illustrated in Figure 11.

In such instances, opportunities for physical isolation in distinct environments provide ideal conditions that promote intraspecific diversification.

Born in 1968, he was a product of the insalubrious Newton Heath district and the renowned Manchester Grammar School: caught between these two distinct environments, Atherton became self-reliant and, in his own words, 'ready made for batsmanship'.

These features represent a distinct environment-sensing strategy for competing while collaborating for cellulose utilization, which can be exploited for process and genetic engineering of cellulolysis.

These features represent a distinct environment-sensing strategy for competing while collaborating for cellulose utilization, which can be exploited for process and genetic engineering of microbial cellulolysis.