Sentence examples for functional assortment from inspiring English sources

Over the course of evolution, alternative splicing and gene duplication have led to a substantial functional assortment within the α-actinin protein family.

An analysis of the interacting loci according to molecular functions reveals an assortment of functional categories including cytoskeleton interaction proteins (moe and ctp), transcription factors (net) and metabolic enzymes (CG17323 and CG10561).

Beijing – once, apparently, a charming ancient city – has been torn down and replaced with a traffic-jammed assortment of functional concrete blocks, interspersed with the occasional stunning pieces of modern architecture.

These strategies provide a foundation for designing a vast assortment of functional surfaces with anti-fouling, adhesive, optical, water and ice repellent, memory storage, microfluidic, capture and release, and many more capabilities with the structural and dynamic sophistication of their biological counterparts.

Thus, this isozyme has served as a model system for an assortment of functional studies and drug discovery campaigns.

When you bought a Ford, you figured you had a start — a vibrant, spirited framework to which could be screwed an almost limitless assortment of decorative and functional hardware.

However, we know that specific enzymes (i.e. two enzymes that are both required for a functional cell) can coexist despite the assortment load [ 20].

This chapter elaborates the recent development of efficient catalytic protocols for the selective deuteration of an assortment of organic molecules and functional motifs by employing ruthenium pincer complexes as catalysts.

Lack of evidence of random assortment between two loci may indicate functional constraints on the CSP protein that limit the possible amino acid combinations that are viable.

Functional transgression is a product of recombination and assortment between alleles controlling the lengths of the lower jaw and the maxilla, occurs in the absence of transgressive morphology, and can be predicted from the morphology of parents.

Modern association studies bring to bear on this problem high coverage genotype data, comprehensive databases of genetic variation that allow imputation of most common ungenotyped variants to high accuracy and extensive, publicly available, in silico resources housing a growing assortment of genomic data that allow functional characterization of vast regions of the human genome.