Epimedium extract Icariin 10:1 20:1 50:1(Horny goat weed extract)

Epimedium extract - Icariin, is an active ingredient extracted from the traditional herb Epimedium. Scientific studies have shown that Icariin can exhibit properties of promoting erection and neuro-nourishment both in vitro and in vivo. In addition, Icariin is widely researched for its potential in enhancing sexual function, combating fatigue, and serving as a bioactive agent. Although modern medical research on the efficacy and safety of Icariin is still in its early stages, it is considered an effective natural supplement in traditional use.

Pharmacological Effects

Epimedium extract, especially its key active ingredient icariin, has the following main pharmacological effects:

Impact on sexual function: Epimedium extract can promote gonadal function and enhance sexual potency. Flavonoid components like icariin contribute to kidney tonification and reinforce positive functions, promoting the secretion of estradiol and corticosterone, and elevating hormone levels to enhance sexual function.
Enhancement of immune function: Epimedium extract can enhance the body's immunity by increasing the number and function of T cells. Experiments have shown that Epimedium extract significantly affects cell function and antibody production in mice with "yang deficiency" patterns, significantly enhancing human T cell immune function.
Antioxidant properties: Epimedium extract exhibits significant antioxidant activity by increasing the activity of antioxidant enzymes, reducing free radical production, and protecting cells from oxidative damage.
Anti-aging effects: By regulating the immune and secretion systems, influencing cell renewal rates and prolonging growth periods, Epimedium extract can improve metabolic function and organ function, thereby exerting anti-aging effects.
Effects on the cardiovascular system: Epimedium extract can effectively increase coronary artery blood flow and lower blood pressure. Icariin can directly relax vascular smooth muscle, dilate coronary arteries, femoral arteries, and cerebral arteries, exerting its effects by reducing the influx of extracellular calcium ions into vascular smooth muscle cells.