Sentence examples for genes codifying for from inspiring English sources

Gene Ontology was used to identify genes codifying for secreted, extracellular or membrane proteins related to regeneration or nerve system growth (see Table 1 for details).

Notably, GSEA analysis also revealed that the core embryonic stem cell-like gene signature was over-represented in M2 with respect to IMEC-MYC, and that genes codifying for MYC-related factors (MYC Module) significantly contributed to this transcriptional program (Fig. 2j and Supplementary Fig. 3k 45.

Moreover, the overexpression of genes codifying for one of the enzymes involved in GB biosynthesis resulted in increased tolerance to various abiotic stresses including chilling [28-31] [28-31]

More generally, the role of FHM genes codifying for neuronal channels as Cav2.1, Nav1, Na+ and K+-ATPase at the cerebral level constitute a possible object of pharmacogenomic research [19].

In this respect, we can envisage that, although nanostructured Au substrates strongly impact the bacterial adhesion capability, the genes codifying for the biofilm expression[27] seem to be unregulated in the early stage of the adhesion event.

This property suggests that most of the gene expression specificity of tumors of different origins resides into the genes codifying for cell surface proteins.

These genes codify for the pro-inflammatory cytokines IL-1β, IL-6, LIF and TNFα, for TACE and ICE, that are two enzymes involved in the proteolytic activation of TNFα and IL-1β respectively, and for iNOS and nNOS, which are two enzymes responsible for the production of nitric oxide.

CTNNB1 and GSK3B genes codify for protein β-catenin and its repressor, Glycogen Synthase Kinase 3- β, respectively.

The S. exigua ABCC2 and ABBC3 genes codify for a 12-transmembrane domain protein [see Additional file 4: Figure S1].

As a general overview, we can conclude that most of the underexpressed genes codify for products involved in energy production (ATP synthesis, oxidoreductase activity, electron transport, oxidative phosphorylation) and energy/carbohydrate metabolism (ATP synthesis, oxidative phosphorylation, Krebs cycle, carbon fixation).

Two of those genes codify for proteins (TRR1 and KRE2) that showed significant identity when compared to templates already deposited in the databank PDB (Protein Database Bank), which were used to perform homology modeling of both enzymes.