Sentence examples for basic molecular functions from inspiring English sources

The methylation PSF includes 48 methylated sites in 44 genes coding for basic molecular functions, including transcription regulation, DNA binding, cytokine, and transferase activity.

These results provide additional insight with regards to potential disease mechanisms mediated by TDP-43 and considerably extend our knowledge with regards to defining the basic molecular functions of this protein.

Proteins with basic molecular functions were studied preferentially because of their importance in biology.

It is generally accepted that similar proteins with homologous substitutions share basic molecular functions in organisms [ 51].

But the systematic analysis of a complete ZFP set of a plant genome with the aim to predict some basic molecular functions is lacking.

With no precedent analyses from model organisms like Escherichia coli and Bacillus subtilis or closer relatives like Corynebacteria and Mycobacteria, it should, perhaps, come as no surprise that even the basic molecular function of AfsS has not been elucidated yet.

Although previous work in this laboratory demonstrated enhanced mRNA levels for the so2426 gene in a S. oneidensis Fur-deficient strain [ 31] and in chromate-challenged wild-type MR-1 cells [ 11], the basic molecular function of this predicted transcriptional regulator remained undefined.

New insight regarding the contribution of the thioredoxin fold itself was obtained from examination of how mitochondrial GST kappa (16), an enzyme from a different superfamily within the thioredoxin fold class, is able to catalyze the same basic molecular function as cytosolic GSTs.

dFMRP shares the basic molecular functional determinants with its mammalian homologues, implying a conservation of FMRP functions between flies and mammals (Wan et al., 2000; Zhang et al., 2001; Zhang and Broadie, 2005).

During the year there were notable impacts in other areas of the biological sciences as well, including synthetic biology, where researchers successfully programmed individual mammalian cells to carry out basic molecular arithmetic functions, marking a milestone in the synthesis of operational biological systems.

The discovery of characteristic sequence motifs using SNP arrays is also important in a more general context: DNA/DNA duplex formation is the basic molecular mechanism of functioning not only of SNP arrays but also of other array types such as re-sequencing [2] and different expression arrays (gene- or exon-related and whole genome tiling arrays) of newer generations.