Sentence examples for diversity and selectivity from inspiring English sources

This opportunity increases signal response diversity and selectivity in DNA sensing.

Several key features of the synthesized hybrid structures that assert a profound impact on the inhibitory function have also been discussed alongside computational investigations, inhibitor molecular diversity and selectivity toward multiple drug targets.

Diversity and selectivity in mRNA translation on the endoplasmic reticulum.

In its downstream part, ethylene signalling leads to the activation of ERFs that are encoded by one of the largest multigene family of transcription factors [ 7], and these transcriptional mediators may therefore represent one of the main step where the diversity and selectivity of ethylene responses can take place.

This means that multi-user diversity and frequency selectivity are used only to limit the interference and not to improve the overall spectral efficiency.

They are currently being used to analyze clonal diversity and photobiont selectivity in lichen communities with X. parietina and A. ciliaris.

12 compounds were selected, based on diversity of structure, predicted high affinity and selectivity at the α1D- subtype compared to α1A- and α1B-ARs.

We have used pharmacophores to screen 241859 compounds in silico, from which 12 compounds were selected based on structural diversity and novelty, predicted high affinity and selectivity for the α1D-AR.

The metric that satisfies this requirement is the complementary specialization H 2 ′, which quantifies the specialization generalization continuum of the community for fixed diversity and abundance based on the selectivity of species (Table  1).

Given the diversity and high mutation-specific tissue-selectivity of LMNA related human diseases, human iPSCs appear to be a unique platform not only allowing investigating human diseases in a human platform in a mutation-specific manner, but also facilitating preclinical drug testing.

Chemists should think how to maximize the utilization of bulk chemical feedstocks, including fossil resources and biomass, to enhance efficiency and selectivity during catalysed chemical transformations, and to promote the diversity of final products.