ForestLeaf
ForestLeaf Red Yeast Rice 1215 mg Extra Strength Supplement With Coenzyme Q10 Alpha Lipoic Acid And Organic Flaxseed 90 Veggie Capsules
ForestLeaf Red Yeast Rice 1215 mg Extra Strength Supplement With Coenzyme Q10 Alpha Lipoic Acid And Organic Flaxseed 90 Veggie Capsules
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Product features
Product features
Materials and care
Materials and care
Red Yeast Rice (1215 mg), Organic Flaxseed Oil Powder (300 mg), Alpha Lipoic Acid (225 mg), Coenzyme Q10 (60 mg). Other Ingredients: Hypromellose (capsule), microcrystalline cellulose, vegetable magnesium stearate.
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- Directly Sourced From USA
- Premium Quality & Authenticity
- 7 Day Easy Return

Product Description
Explore our full range of ForestLeaf products — from moisturizers to cleansers, all directly sourced from the USA with authenticity guarantee. Shop more skin care at Rudra Retails.
FAQ
Q1. What is red yeast rice capsules used for?
Ans: Red yeast rice capsules are primarily used to support cardiovascular health and assist in maintaining healthy cholesterol levels. The natural compounds help manage lipid profiles effectively.
Q2. Is forest leaf red yeast rice citrinin free?
Ans: Yes, ForestLeaf Red Yeast Rice is certified and thoroughly tested to be completely citrinin-free. This ensures a clean supplement without any unwanted fungal toxins.
Q3. What are red yeast rice and CoQ10 used for?
Ans: They work together to support heart function. Red yeast rice helps manage cholesterol, while CoQ10 replenishes essential coenzyme levels that might be lowered by cholesterol-managing routines, boosting cellular energy.
Q4. Is ForestLeaf Red Yeast Rice available as an authentic USA import in India?
Ans: Yes, Rudra Retails sources this supplement directly from official distributors in the USA. We guarantee that you receive 100% authentic, premium imported health products delivered safely across India.
Q5. What is the best time to take red yeast rice with CoQ10?
Ans: It is often suggested to take this supplement at night. This timing aligns with the liver's peak period of natural cholesterol synthesis during sleep.