Except for immune response, the modifications observed in the diverse processes were essentially repressions of gene expression and did not exceed 10-fold changes.
In the oviduct, more diverse processes were significant, including signaling, regulation, and developmental processes.
Subsequently, a meta-signature consisting of 37 genes involved in diverse processes was generated.
These regulators of diverse cellular processes are abundant in the brain and preferentially expressed by neurons.
The top 5 KEGG pathways with most representations by the DEGs were "purine metabolism", "spliceosome", "pathways in cancer", "RNA transport", and "HTLV-1 infection", implying that these diverse metabolic processes are active in the Ras1CA-overexpressed PSG.
Although these diverse processes have long been identified, it is not fully understood how SNAREs specialize in membrane fusion and become adapted to and regulated for various fusion speeds.
Diverse pathways and processes are implicated in both sex and genotype differences.
For example, these studies showed that when expression levels of many genes, related to diverse differentiation processes, were increased by interfering with the Polycomb group proteins, the undifferentiated state of the ESCs continued to be maintained and the expression levels of the master regulators remained high [50], [51], [52].
Twenty-six novel microRNA candidates involved in the regulation of diverse biological processes were identified based on the detection of miRNA*.
