DUBs have been demonstrated to play essential roles in multiple cellular processes other than ubiquitin processing.
MicroRNAs (miRNAs, miR) are associated with multiple cellular processes and diseases.
MiRNAs have been shown to be involved in regulation of multiple cellular processes including apoptosis.
This molecular evolution further testifies that in higher eukaryotes, K63 ubiquitination is involved in multiple cellular processes.
They play major roles in multiple cellular processes, including energy production, calcium homoeostasis, cellular signaling, and apoptosis (Chan, 2006).
ER interacts with mitochondria forming dynamic networks across all cells to regulate multiple cellular processes (Bravo et al., 2011).
The RAS small GTPases orchestrate multiple cellular processes.
Fe-S clusters are involved in multiple cellular processes, including macrophages activity.
Protein kinases are major components of signal transduction pathways in multiple cellular processes.
However, like CIB1, Plk3 regulates multiple cellular processes some of which may be necessary during endomitosis.
They are involved in multiple cellular processes in different tissues, where they regulate cell shape and position.
