Does Renuva endocrine enhancement work equally well with both men and women?
Yes, Renuva endocrine enhancement works well with both men and women: As women go through menopause and somatopause (low estrogen & GH levels), they usually gain fat and cellulite on their hips, belly and legs, wrinkles, gray hair, dry skin, depression increase, decrease in self-esteem, sex drive, feminine characteristics and mental sharpness, breasts sag, muscle loses tone, skin loses luster and elasticity, hair becomes thinner, and memory, eyesight and hearing decline. Fortunately, endocrine system support through the Renuva System may help stimulate and regulate a cascade of metabolic functions, which can stall these age related problems. Men who go through andropause (low testosterone levels), and somatopause may develop large bellies, their muscles become flabby, they can become bald, skin becomes drier, wrinkles increase, depression increases, self-confidence and masculine characteristics decrease and IQ and sex drive drops. As with women, endocrine support with the Renuva System
As women go through menopause and somatopause (low estrogen & GH levels), they usually gain fat and cellulite on their hips, belly and legs, wrinkles, gray hair, dry skin, depression increase, decrease in self-esteem, sex drive, feminine characteristics and mental sharpness, breasts sag, muscle loses tone, skin loses luster and elasticity, hair becomes thinner, and memory, eyesight and hearing decline. Fortunately, endocrine system support through the Renuva System may help stimulate and regulate a cascade of metabolic functions, which can stall these age related problems. Men who go through andropause (low testosterone levels), and somatopause may develop large bellies, their muscles become flabby, they can become bald, skin becomes drier, wrinkles increase, depression increases, self-confidence and masculine characteristics decrease and IQ and sex drive drops. As with women, endocrine support with the Renuva System may stimulate and regulate a cascade of physiological responses, whic
