Sentence examples for molecular function analyses from inspiring English sources

Molecular function analyses (Fig. 1C) and physiological distributions (Fig. 1D) indicated that a significant number of genes were implicated in lipid metabolism, cell growth and differentiation, cell cycle, DNA replication and repair as well as cardiovascular system development.

In particular, GO- Molecular Function analyses revealed some notable trends (Table  4).

GO molecular function analyses confirmed that PSEP-encoding genes involving aspartic-type endopeptidase activity are underrepresented in the genome of C. bombacis (table 2).

Alternatively, as suggested by GO- Molecular Function analyses, some of the small numbers of gut genes impacted by SHE, LR and LS treatments may actually have broad pleiotropic impacts.

Accordingly, we performed two kinds of enrichment analyses: (1) pathway enrichment analyses and (2) molecular function enrichment analyses.

To determine whether novel and duplicated genes contain or might be missing specific protein coding domains that specify their possible molecular function, we analysed each novel gene's protein coding sequences with Interproscan5 [ 80] using default search parameters and all available protein domain definitions (e.g. SUPERFAMILY, SMART, PfamA, PROSITE).

First is the paucity of ecological model organisms where we can successfully apply state-of-the-art tools of molecular and gene function analyses.

In order to systematically detect impaired biological processes and molecular functions, we analysed the dataset of genes differentially expressed in patients relative to controls through the use of Ingenuity Pathways Analysis [ 19].

Based on the GO molecular function and biological process analyses, terms with lipid-related annotation were overrepresented, including lipid binding, lipid transport, and fatty acid metabolic processes.

As the proteins in the dataset are predicted to be secreted, thus, only GO biological process and molecular function classification is further analysed.

Overall, our findings revealed the genomic landscape and expression profiling of the CsNAC genes in response to multiple stresses and hormones, offering clues for further function analyses and molecular breeding.