Manpower - Natural Testosterone Support
30ml / 1.0 oz
Manpower is an all-natural formula designed to catalyze the production of androgen hormones such as testosterone, DHEA, and androstenedione, which play a critical role in regulating energy levels, metabolism, lean muscle mass, and libido.
After 30, men begin to lose testosterone, the hormone that drives desire and stamina.
Manpower is formulated to catalyze the production of androgen hormones such as testosterone, DHEA, and androstenedione, which play a critical role in regulating energy levels, metabolism, lean muscle mass, and libido.
Each bottle is a one-month supply.
Why It's Fantastic
When we say “we believe in women”, we mean it. When you buy a Rosebud Woman product, not only are you honoring and caring for yourself or your loved ones, you are supporting reverence for the feminine worldwide.
Beet Root, Alpha-GPC, Pine Pollen, Nettle Root, Cordyceps in a base of spring water and organic cane alcohol.
Beta vulgaris (Beet Root) is a source of Nitric Oxide, a molecule that protects the testis tissue through modulating hormonal level, inhibiting oxidative damage, inflammation, apoptotic responses, and prevents testicular damage via antioxidant, anti-inflammatory, and anti-apoptotic pathways.
Alpha-GPC is a nootropic mineral that increases growth hormone levels and stimulates fat metabolism. source: nih.gov
Pine pollen contains Phyto-Androgens. Pinus nigra contains epitestosterone, 5α-androstane-3α,17β-diol, 5β-androstane-3α,17β-diol and etiocholanolone, with total content of steroids 1.2 µg/10gr. Pinus heldreichii contains the same steroids at a much higher total content of 7.57 µg/10gr of pollen.
Cordyceps sinensis increases testosterone production, plasma testosterone, and steroidogenesis.
Urtica dioica (Nettle root) is a potent vasodilator. The extract blockings 5α–reductase enzyme activity and prevents the conversion of testosterone to dihydro-testosterone (DHT). Therefore, serum testosterone level is increased by nettle, blood DHT levels are decreased and cell proliferation in the prostate tissue is reduced subsequently.