NOW Maca Pure Powder 6:1 concentrate organic for sexual health

NOW MACA PURE POWDER 6:1 CONCETRATE ORG 198GM

Introducing NOW Maca Pure Powder, a 6:1 concentrate of organic maca root powder, perfect for both men and women seeking to enhance vitality and well-being. Grown at high elevations in the Andes region of central Peru, maca has been used for centuries as a food source and energy tonic. Here's why it's the perfect addition to your superfood regimen:

➤ Concentrated Formula: Our Maca Pure Powder is a 6:1 concentrate, providing a potent dose of maca's beneficial compounds in every serving.

➤ Supports Sexual Health: Maca has a long history of traditional use for supporting healthy sexual activity and fertility in both men and women, making it an ideal choice for those looking to enhance their intimate wellness.

➤ Raw and Gelatinized Options: Choose between raw and gelatinized maca powder to suit your preferences. Gelatinized maca is pre-cooked to remove starches, making it easier to digest and absorb.

➤ Organic and Non-GMO: Our maca powder is sourced from organic farms and is free from genetically modified organisms (GMOs), ensuring purity and quality.

➤ Versatile Superfood: Incorporate NOW Maca Pure Powder into your daily routine by adding it to smoothies, yogurt, oatmeal, or your favorite recipes for an energy boost and nutritional support.

Experience the power of maca with NOW Maca Pure Powder. Whether you're seeking to support sexual health, fertility, or overall vitality, our organic maca powder is the natural choice for your wellness journey.

For Men, For Women, Superfoods.
Pure Powder 61 Concentrate Healthy Sexual Activity Supports Fertility Raw, Gelatinized Maca (Lepidium meyenii) is grown at high elevations in the Andes region of central Peru. It has been traditionally used for centuries as a food source and as a general energy tonic. More recent scientific data suggest that “gelatinized” maca may help to support healthy sexual activity and fertility for men. Clinical data indicate that maca does not exert a direct effect on endocrine function.