In cells, autonomous pathway components are involved in chromatin modification and RNA processing, which play important roles in multiple physiological processes such as growth and development, response to abiotic stress, etc. [ 16, 17].
As we discussed in previous sections, apoptosis is essential for multiple physiological processes.
It has been well demonstrated that plant growth regulators have important functions in multiple physiological processes.
Prolactin (PRL) is a multifunctional hormone that influences multiple physiological processes.
The progesterone receptor (PR) plays important roles in multiple physiological processes, including female reproduction.
It has been well demonstrated that plant growth regulators are involved in multiple physiological processes Krouk et al. (2011).
SA and NO are participating in the regulation of multiple physiological processes and plant resistance to biotic and abiotic stress.
Epigenetic regulation requires site-specific modification of the genome and is involved in multiple physiological processes and disease etiology.
CD147 plays important roles in multiple physiological processes, such as spermatogenesis, neural network formation, T-cell activation and in the progression of several diseases including tumor metastasis rheumatoid arthritis (RA) atherosclerosis malaria and HIV infection (Muramatsu, 2016).
The transforming growth factor-beta (TGF-β) superfamily member, activin A, plays a central role in the regulation of multiple physiological processes including cell differentiation, mitogenesis, embryogenesis, apoptosis and inflammation.
In later stages of gregarization (which can comprise several generations) multiple physiological processes are affected.
