Natural Cynomorium Extract for Dietary Use

Botanical Source & Habitat:

A leafless, non-photosynthetic parasitic plant that attaches to the roots of host plants (often salt-tolerant shrubs like Tamarix or Nitraria) in arid and semi-arid regions.

Native to the Mediterranean basin (Southern Europe, North Africa), parts of the Middle East, and Central Asia (including Mongolia and Northwestern China).

Traditional Uses:

TCM: Highly valued as a "Yang-tonic" herb. Key cynomorium Plant Extract uses include:

Strengthening the Kidneys (associated with vitality, reproduction, bone health).

Improving sexual function (treating impotence, erectile dysfunction, low libido).

Enhancing vitality and combating fatigue.

Relieving constipation (due to lubricating properties).

Supporting bone health and treating lower back/knee pain.

Middle Eastern/North African Traditional Medicine: Used similarly as a tonic for vitality, strength, and aphrodisiac purposes. Also historically used to treat wounds, ulcers, and gastrointestinal issues.

Key Bioactive Compounds (Research Focus):

Phenolic Compounds: Significant source of gallic acid, ellagic acid, and their derivatives (major contributors to antioxidant activity).

Flavonoids: Including catechins, contributing to antioxidant and potential health effects.

Triterpenoids & Sterols: Including ursolic acid, β-sitosterol.

Lignans: Pinoresinol, syringaresinol.

Polysaccharides: Complex carbohydrates with potential immunomodulatory effects.

Trace Elements & Amino Acids.

Potential Benefits & Research :

Antioxidant Activity: Strongly demonstrated in various studies, primarily attributed to its high phenolic content. May help combat oxidative stress.

Anti-inflammatory Effects: Observed in cellular and animal models, potentially linked to its antioxidant compounds and polysaccharides.

Anti-fatigue: Animal studies suggest it may improve exercise endurance and reduce fatigue markers.

Sexual Function:Traditional use is strong, but robust clinical evidence in humans is limited.

Some animal studies show increased sexual behavior and hormone levels (testosterone, LH). Proposed mechanisms include antioxidant effects on reproductive tissues, potential androgen modulation, and improved blood flow.

Immunomodulatory Effects: Polysaccharides may stimulate certain immune cell activity.

Antimicrobial Activity: Shows inhibitory effects against some bacteria and fungi in vitro.

Anti-diabetic Potential: Animal studies suggest blood sugar-lowering effects, possibly through antioxidant action and improved insulin sensitivity.