Nanoformulated DHEA+ 3.38 fl oz
Nanoformulated DHEA+ 3.38 fl oz
Benefit bullets:
- Nanoformulated DHEA+ is a comprehensive formula designed to support healthy hormone balance.
- Supports healthy DHEA and pregnenolone levels already within the normal range.
- Promotes healthy estrogen metabolism with DIM and chrysin.
- Features adaptogenic botanicals to support stress resilience and vitality.
- Utilizes advanced nanoformulation technology for enhanced absorption and bioavailability.
Description: Nanoformulated DHEA+ is a liquid formula created to support healthy hormone balance and metabolic pathways. It is formulated for individuals seeking foundational support as natural DHEA production changes over time.
At the core of the formula is micronized DHEA, a foundational adrenal hormone that serves as a precursor to other important hormones. It is paired with pregnenolone, often called the “mother hormone,” which supports the production of multiple downstream hormones and is linked to healthy cognitive function and resilience.
To help maintain balanced estrogen metabolism, the formula includes diindolylmethane (DIM) and chrysin. DIM supports the preferential conversion of estrogen into beneficial metabolites, while chrysin helps moderate aromatase activity, supporting a healthier hormonal ratio.
A proprietary botanical blend of fermented Korean Panax ginseng (GS15-4®), maca root, and Dang Gui (Angelica sinensis) provides additional adaptogenic and traditional support. These herbs have long been used to promote vitality, stress resilience, and overall hormone balance.
What sets this formula apart is its advanced nanoformulation delivery system. By reducing particle size and using highly absorbable lipids, the nutrients are designed for rapid uptake — ideally held under the tongue before swallowing — offering superior bioavailability compared to standard capsules or tablets.
Nanoformulated DHEA+ offers a multi-pathway approach to hormone support, combining hormone precursors with targeted botanical and metabolic support in a highly absorbable liquid form.