Sentence examples for diversification of gene expression from inspiring English sources

Our work underscores the role of nucleosomes in diversification of gene expression profile and provides a nice model for predicting gene expression profile from the promoter structure.

Due to the polyploidy events, mutations and gene rearrangements occurred, resulting in diversification of gene expression [ 31].

The large cluster of mouse Abp paralogues qualifies in three respects as genes that are rapidly evolving under strong positive selection, namely elevated KA/KS and a fast duplication rate, and now data showing rapid diversification of gene expression following duplication.

Whether this leads to retention of function of duplicated genes or to functional diversification either at the level of gene expression or protein function remains to be determined.

Hox/ParaHox paralogous groups underwent diverging histories among cnidarian lineages, both in terms of gene duplications and losses, and in terms of gene expression, probably reflecting diversification of functions.

The UDG superfamily in particular appears to comprise enzymes with specialized functions, e.g., in innate immunity and antibody diversification, as well as in the regulation of gene expression and epigenetic maintenance.

Because of the significant role of gene expression in evolutionary diversification of species [ 42], we hypothesized that interspecific differences in transcription of a key regulator of cell division or expansion may explain the leaf lamina variation observed in the progeny of family 52 124.

Unfortunately, little is known on the temporal and spatial organization of gene expression for the maturation and diversification of fish embryonic muscle cells.

Analysis of gene expression data suggest extensive lineage-specific functional diversification.

Future studies on the possible diversification and/or neo-or subfunctionalisation of the duplicated salmon genes should focus on mechanisms of gene expression and transcriptional regulation.

The study of gene expression patterns of all the members of a gene family provides insight into their functional diversification.