In addition to regulating cell expansion, ethylene has also been found to regulate growth through control of cell division in some instances.
Some keratins have also been found to regulate key cellular activities, such as cell growth and protein synthesis.
Several miRNAs have been found to regulate endothelial cell (EC) function.
Osa-MIR414, osa-MIR164e and osa-MIR408 have been found to regulate the expression of OsABP, OsDBH and OsDSHCT.
More and more non-coding RNAs have been been found to regulate CSCs, and the new function and mechanism of histone-modifiers is also getting clearer.
Recently, many new examples of E3 ubiquitin ligases or E3 enzymes have been found to regulate a host of cellular processes.
A new class of carotenoid-derived plant hormones namely strigolactones (SLs) have been found to regulate various developmental processes in plants.
Indeed, the expression of adhesion proteins has previously been found to regulate stem cell differentiation [19].
BAG proteins have been found to regulate other E3 ubiquitin ligases in addition to CHIP.
RNase L has been found to regulate MyoD mRNA stability and to be involved in myoblast differentiation [50].
They have been found to regulate the expression of hundreds of genes in mammals, insects, and plants.
