Since cysteine residues of proteins serve either structural or functional roles, modification of certain such residues greatly changes the function of proteins bearing these residues (26– 26).
The role of modifications on the lateral surface of histones, however, is less known.
The methyl group on the central nitrogen atom played an important role, and modifications of the linker length also appeared critical.
Finally, we discuss the roles histone modifications and variants play in controlling the reversal of cell states during reprogramming.
Our findings suggest that STAT5a and STAT6 dysregulation may have a critical role in modification of immune responses leading to imbalance between Th2- and Th1-related cytokines.
However, most of the reports have focused on the roles of SA in field condition and there is little information about its role in modification of antioxidant system under in vitro condition.
Other factors that may have played a role include modification of its habitat, introduction of predators such as cats (Felis catus), and predation by visiting sailors.
However, what role histone modification play in the maintenance of SSCs remains unknown.
The innate immune system is now known to play an important role in modification of adaptive immunity.
It remains unclear which factors may play a role in modification of healthy and unhealthy obesity phenotypes.
