Sentence examples for these genes indicate from inspiring English sources

The known functions of these genes indicate the primary etiological pathways of this disease, including HLA class II and I molecules binding to preproinsulin peptides and T cell receptors, T and B cell activation, innate pathogen-viral responses, chemokine and cytokine signaling, and T regulatory and antigen-presenting cell functions.

Nevertheless the functions of these genes indicate they are probably of relevance to tumorigenesis.

These genes indicate evolutionary breakpoints.

These genes indicate the hypertrophy stage of MCS chondrogenic differentiation.

The functions of these genes indicate that they play important roles in sporulation.

Thus, trees from these genes indicate that C. rumelica and C. microcarpa are closely related.

Non-pathogenic strains carried only 1 to 4 of these genes, indicating that these five genes might be the main virulence genes of ERIC-1 strains.

Gene ontology (GO) analyses of these genes indicated that aged cells had increased "cell cycle arrest", increased "cellular response to stress", increased "ER overload response", and decreased "cell cycle" (e.g., Melk, Mapk3, etc).

An examination of these genes indicated that they were found in prophage-like elements (i.e., were surrounded by phage genes and/or lysogeny genes; data not shown).

Analysis of these genes indicates that during reaeration MTB induces the transcriptional and translational machinery, including synthesis of ribosomes, RNA polymerase, purines, pyrimidines, and amino acids (Table S1).

High overrepresentation of W-boxes and OCS elements were found in these genes, indicating that this strong cry1 and HFR1 co-regulation on gene expression is possibly through these two cis-elements.