Neolife Feminine Herbal Complex - 60 Tablets (Single)

FEMININE HERBAL COMPLEX
For centuries, herbalists have known that women have unique cyclical needs. Feminine Herbal Complex has been developed using ancient herbal knowledge and leading edge science to support the needs unique to the female system.Women everywhere know that even though you might be healthy in all other respects, monthly complaints and mood swings can be challenges to your feelings of wellness. For centuries, master herbalists have known that women have unique cyclical needs and that certain herbs work to balance the feminine cycle. Because a woman’s menstrual cycle places her body in a constant state of flux, specific formulations have evolved over the centuries to assist women in achieving balance and wellness by addressing needs that are specific to the female system. NeoLife’s Feminine Herbal Complex addresses those needs with a unique blend of herbs that support normal female physiology and function. Why choose herbs for my female concerns? - Because herbs have been proven effective from centuries of use. - Because herbs have a long history of safe use, without the side effects associated with chemical drugs. - Because herbs are nature’s solutions to wellness challenges. - Because herbs are non-habit forming. - Because herbs work naturally and gently to support normal female function. - Because herbs have been shown to relieve menstrual and premenstrual symptoms including: inflammation, irritability, cramping and mild anxiety. Why NeoLife's Feminine Herbal Complex? - Comprehensive formula. Our unique “complete family” approach to the formula provides broad, synergistic effects of the herbal constituents, which optimize their ability to support a woman’s unique cyclical needs. - Herbs are selected from many global traditions, bringing you the best herbal knowledge from around the world. - Contains St. John’s Wort, which has been shown to help support calmness, relieve low mood and support positive mental attitude. - Contains Wild Yam, which has been shown to support normal female physiology and function.