Sentence examples for contributing functional from inspiring English sources

The contributing functional groups such as phenolic methoxyl and hydroxyl groups of lignin are responsible for Cr VI) reduction and the oxidation of these functional groups gives rise to the formation of carbonyl and carboxyl groups of lingo-cellulosic material.

Aligned with views that dryland floodplains are boom-bust ecosystems, we suggest that flooding is a fundamental driver of vegetation productivity in this unconfined floodplain, contributing functional heterogeneity to the landscape.

Rather than directly contributing functional sequences to angiosperm genomes, another major way that TEs can actively generate genetic novelty is by using their transpositional (or retrotranspositional) mechanisms to delete, rearrange, or partially or fully duplicate genes or chromosomal segments.

Nine trials [ 13, 29, 31– 35, 39] 37, 39] involving 1543 participants contributed functional mobility data.

If members of the HERV-W family, other than the proviral element in the ERVWE1 locus, contribute functional transcripts, however, remains to be established.

HUS was reponsible for clinical assessment of several patients (data set 3), contributed functional characterization of AR in fibroblast samples (several of the androgen binding studies) and contributed to writing the manuscript.

Of course, to conclude that these elements may contribute functional proteins is not enough to find out that the non-autonomous copies contain potentially coding ORFs or finding ESTs derived from these elements.

The theory resulting from this work is that fusing the mitochondria will dilute any mutant mtDNA and allow the wild type genomes to contribute functional electron transport chain components 27, 28.

In summary, our findings, which are based on bioinformatics analysis, revealed that gene transfer events potentially contribute functional innovation to the recipients, as well as further shape the dynamic evolution and population structure of the special microbial community.

Since gene duplication (especially in polyploids) can contribute functional novelty in stress responses, we further analyzed homologous TDFs to have better insights into duplicated gene function under water deficit stress.

Molecular chaperones also regulate protein localization and protein-protein interactions, thereby contributing to functional protein networks [5].