Neuromodulatory Influences of vitamin C on D-galactose Induced Neuronal Metabolic Dysfunction Model

Aging is a physiological, non-pathological process that occurs mainly as slow, gradual, and passive procedure influenced by interplay of numerous genetic environmental influences. Different ways have been tried to postponement aging extent life span in animals, dietary anti-oxidants are one them. Depending on the metabolic free radical theories aging, this work was carried out evaluate use vitamin C delaying promoter. D galactose shedding light mechanisms underlying anti-aging variations both molecular physiological level. enhanced injecting rats subcutaneously with dose 100 mg for 8 weeks brain tissues were subjected analysis determining level serotonin, dopamine nor epinephrine. caused down regulation serotonin while epinephrine went up, such alteration has resisted administrated C. Thus we can conclude could prevent age related deterioration.