TrueBasics Advanced Joint Strength with UC-II Collagen 40mg (30 Capsules) | With Clinically Researched Ingredient | For Joint Strength, Flexibility and Mobility, 60 grams

 

About this item

• HIGH-QUALITY SUPPLEMENT: TrueBasics Advanced Joint Strength is made from UC-II Collagen, a clinically researched ingredient proven for results and imported from the USA
• STRENGTHENS & HELPS REPAIR JOINTS: The cartilage - cushion between joints- starts to deplete as you age or because of heavy exercise. This leads to a reduction in joint flexibility. TrueBasics Advanced Joint Strength with UC-II Collagen strengthens and helps repair joints
• HELPS REDUCE JOINT PAIN: The constant pain and stiffness in the joints are caused due to inflammation from joint damage. UC-II significantly reduces the level of inflammatory cytokines, which are responsible for joint damage and loss of function
• IMPROVES JOINT MOBILITY: TrueBasics Advanced Joint Strength with UC-II Collagen enables easy joint movement by supporting cartilage regeneration. Thus, improving joint flexibility and strength
• MORE EFFECTIVE THAN GLUCOSAMINE & CHONDROITIN: Research shows that UC-II is significantly more effective than Glucosamine and Chondroitin combined in improving joint pain

Product Description

TrueBasics Advanced Joint Strength: A Superior Joint Health Supplement!

Type II Collagen is majorly found in cartilage. It is a connective tissue that acts as a cushion between your bones and supports the movement of joints. Due to ageing or heavy exercising, the cartilage may start to degrade, leading to joint pain, and over time, restricting our mobility. Undenatured Type II Collagen (UC II) is a structural protein that provides strength and elasticity to joints, prevents cartilage degradation, and allows movement in the body.

TrueBasics Advanced Joint Strength with UC-II!

TrueBasics Advanced Joint Strength is a highly potent joint supplement that is made from UC-II collagen. It stimulates your body to produce type II collagen and helps you recover from sports-related joint injuries, age-related cartilage degradation, and avoid the risk of joint replacements.