FOODHERBS Gymnema Sylvestre Powder

Gymnema Sylvestre is also known as “sugar destroyer” or “sugar blocker.” Gymnemic acid in this herb can block the sugar receptors on the tongue, decreasing the body’s ability to taste sweetness and leading to reduced sugar cravings. FOODHERBS Gymnema Sylvestre Powder is sourced from finest quality meshashringi leaves and is 100% gluten-free, preservative-free, GMO-free, gluten-free and artificial color free.

Benefits

• Reduces sugar cravings by making sweet foods taste less appealing and increasing insulin production, thus serving as an effective anti-diabetic remedy.
• Helps the body shed excess weight by inhibiting the buildup of triglycerides in muscles.
• Decreases LDL levels, protecting against heart disease.
• Helps treat microbial tooth infection by virtue of its antibacterial properties.
• Helps reduce inflammation due to its tannin and saponin content.

Names in Other Languages

English: Gymnema/Cowplant

Botanical: Gymnema sylvestre

Tamil: Sirukurinjan

Telugu: Podapatri

Malayalam: Chakkarakolli

Kannada: Sannagerasehambu

Hindi: Medhasingi/Meshashringi/Gurmar/Gudmar.

Sanskrit: Madhunashini.

How to Use

Mix 3-5 gm of FOODHERBS Gymnema Sylvestre Powder in a cup of warm water. Boil the mixture for 2 minutes. Filter and consume it once or twice daily before food. The powder can also be mixed with buttermilk and consumed.

Why Choose FOODHERBS

All Natural and Genuine. Sustainably Sourced. Food Grade Packaging. Trusted Quality. Long Shelf Life. No Artificial Flavors or Colors. Pesticide Free. Safe and Edible. Pure and Potent. Suitable for Men and Women.

Disclaimer

These statements have not been evaluated by the Food and Drug Administration. The information given here is only for educational purposes and is not a substitute for medical advice, diagnosis, or treatment. FOODHERBS products are not intended to diagnose, treat, cure, or prevent any disease. Seek medical advice for its use during pregnancy and lactation. Store in a cool and dry place. Natural products may change in color upon storage; however, efficacy remains intact.