Sentence examples for mt gene function from inspiring English sources

Advanced genetic technology available in T. thermophila [16], will permit experimental analysis of in vivo MT gene function.

This result supports the presence of strong purifying selection in anurans [ 23, 37], which strongly preserves mt gene function [ 65, 66].

Undoubtedly, isolation and characterization of sugarcane MT genes from sugarcane are the basis for better understanding MT gene function in heavy metal tolerance mechanism and phytoremediation.

The two approaches to infer mt-N gene function largely agree (platypus 76% overlap; chicken 82% overlap), hence calculating mt-N abundance using Biomart gave qualitatively similar results (table 2, fig. 2 b, human X and platypus hX-syntenic region, Fisher's exact test, P = 0.719; human X and chicken hX-syntenic regions, Fisher's exact test, P = 0.893).

It further indicates that changes in mt gene order may not be strictly a function of time but subject to other constraints that are presently not well understood.

It also indicates that changes in mt gene order may not be strictly a function of time but subject to other constraints that are presently not well understood.

Eukaryotic mt genomes generally contain fewer genes than their free-living bacterial ancestors since the majority of the original mt proteins are now encoded in the nucleus; this is either caused by the transfer of the original mt gene to the nucleus or by the replacement of its function by a preexisting nuclear gene [ 4].

Moreover, by making use of the pattern search function in the Mitome-database ([ 33], status January 10 , 2009, the mt gene order of D. pteronyssinus appeared to be unique among arthropods.

The assumption of a single selective coefficient for the frog tree (null model) rendered ω values well below 1 for all different mt and nuclear genes (0.005-0.16 0.005-0.16, indicaTablethe action of purifying selection to maintain gene function [ 14].

Here, for the first time, we analyze loss of gene function in vivo and find that CENP-F, through its interaction with the MT network, plays a crucial role in heart development as well as in adult cardiac function.

A better understanding of mt protein functions may be possible by detecting adaptive evolution that occurred in specific lineages of the mt gene tree of the placental mammals.