
Dioscorea esculenta
A nutrient-dense tuberous root recognized for its unique bioactive compounds, including diosgenin. It is clinically studied for its ability to regulate inflammatory markers and support endocr
Contains diosgenin, a bioactive precursor that supports the regulation of steroidal hormones and endocrine function.
Clinically proven to reduce PGE2 and COX-2 levels, providing therapeutic support for menstrual and systemic inflammatory conditions.
High in resistant starch and fiber, which improves glycemic control and supports healthy insulin sensitivity.
Best For: Maximizing nutrient absorption and digestibility
Best For: Yam powder or flour can be used in smoothies or baking.
High-heat roasting to maximize the availability of resistant starch and diosgenin bioactives.
Focuses on the reduction of systemic inflammatory markers through targeted starch delivery.
Peel and slice yams into thick medallions.
Toss with coconut oil to facilitate the delivery of lipid-soluble nutrients.
Roast at 400°F until edges are golden and centers are tender.
Garnish with rosemary to introduce secondary anti-inflammatory terpenes.
Focuses on the reduction of systemic inflammatory markers through targeted starch delivery.
Clinical Grade Equipment
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Recent clinical study: Physicochemical, Pasting and Thermal Properties of the Starch of Three Varieties of Yam (Dioscorea spp.) as Potential Food Ingredients.
Significant reduction in PGE2 and COX-2 levels
Improvement in PMS and menstrual pain scores
Verified efficacy for inflammatory regulation
Safe long-term consumption without hormonal spikes
Verified status for hormonal and inflammatory support.
foodDetail.researchDisclaimer
Yes, true yams (Dioscorea) are botanically distinct from sweet potatoes (Ipomoea). Yams have a rough, bark-like skin and are starchier and less sweet than sweet potatoes.
Yes, yams contain diosgenin, which is often used as a precursor for the laboratory synthesis of hormones and has been clinically shown to support hormonal balance.