Sentence examples for contribute to specialization from inspiring English sources
Individual gene duplications can contribute to specialization of protein complexes, and can also accumulate to the point where two or more fully independent protein complexes exist [ 16, 19].
The identification of unique outer surface structures, remarkably different repertoires of systems for the import of carbohydrate and resistance mechanisms to phage infections are some of the factors that may contribute to specialization, diversification and speciation.
The objective of this study is to reveal to what extent the structure of Translation Studies Undergraduate Programs in Turkey, whose numbers have been increasing in recent years contributes to specialization processes of translator candidates in the light of some cases.
A particularly interesting tissue in which certain PNPLAs may contribute to physiological specialization is the extraembryonic yolk sac.
DOI: http://dx.doi.org/10.7554/eLife.00886.008 We analyzed the ISCs within all 10 subregions to look for morphological and gene expression differences that might contribute to regional specialization.
This can be seen as a variation of the idea that differences in IFT activity might contribute to ciliary specialization (Silverman and Leroux, 2009).
Mobile genetic elements (such as insertion elements, transposons, and genes associated with bacteriophage) contribute to host specialization of L. reuteri (Frese et al. 2011), and accounted for an additional 126 OGUs specific to human-derived strains.
The specific sets of genes that are expressed depend on the fungal species and the nematodes being infected, which suggests that the function of the WSC proteins is to contribute to the specialization of the trapping mechanisms.
From a population genetic perspective, relaxed purifying selection and positive Darwinian selection may contribute to functional specialization of gene duplicates (Moore and Purugganan 2003; Zhang 2003; Conant and Wolfe 2008).
Genomic variation, such as the element insertion observed in PLA2G4C, may contribute to gene specialization, as demonstrated by divergence in PLA2G4C expression patterns in humans versus mice, who lack the element insertion and express PLA2G4C only in ovary and oocytes[ 25].
Our knowledge of the molecular contents that contribute to the functional specialization of these diametrically different subpopulations of cutaneous afferents is still at its infancy.
