Other ingredients: Vegetarian capsule (cellulose, water), ascorbyl palmitate
(added to maintain freshness).

Glucosamine Sulfate 650 mg (GS61) is a high-quality nutritional supplement that is specifically designed to support joint function and overall joint health. It contains a potent dose of glucosamine sulfate, which is a naturally occurring compound found in joint cartilage. Glucosamine is crucial for the synthesis of proteoglycans, the protein molecules that give cartilage its strength and flexibility.

One of the key features of Glucosamine Sulfate 650 mg (GS61) is its ability to work synergistically with sulfate. Sulfate is another important component of proteoglycans and plays a vital role in cartilage metabolism. By combining glucosamine and sulfate, this supplement maximizes the body's ability to generate and regenerate connective tissue, supporting healthy cartilage and proper joint functioning.

Each serving of Glucosamine Sulfate 650 mg (GS61) provides 650 mg of glucosamine sulfate. This high concentration ensures that you are getting an effective dose of this beneficial compound with every capsule. The supplement is available in a convenient 180-capsule bottle, providing you with a sufficient supply for long-term use.

Pure Encapsulations is a trusted brand that is recognized for its commitment to producing high-quality supplements. Glucosamine Sulfate 650 mg (GS61) is made with only the purest ingredients, and each capsule is free from unnecessary fillers, additives, and allergens. The vegetarian capsules are easy to swallow and are designed to maintain the freshness and potency of the product.

Whether you suffer from joint discomfort or simply want to maintain overall joint health, Glucosamine Sulfate 650 mg (GS61) is an excellent choice. With its powerful blend of glucosamine and sulfate, this supplement provides your body with the nutrients it needs to support healthy joints and cartilage. Add Glucosamine Sulfate 650 mg (GS61) to your daily routine and experience the difference it can make in your joint function and mobility.