Elite All Blacks Plant Based Glucosamine HCl 1325 mg A vegan glucosamine formulation that not only provides support for your joints and cartilage, but is a sustainable and plant-based alternative to other glucosamine supplements. The Optiflex® Glucosamine hydrochloride (HCl) we use contains 40% more glucosamine per gram than standard glucosamine sulphate, and we’ve added vitamin C to support your joints and keep you performing at your best.* Glucosamine is a naturally occurring compound found in our joints and connective tissues, and is a key structural component of joint cartilage. Most glucosamine supplements on the market are derived from crustaceans and generate vast amounts of wastewater during production, but our corn-based glucosamine tablets are suitable for vegans and those with shellfish allergies, with a far more sustainable manufacturing process. Developed with the All Blacks With 25 years’ experience in nutrition, many leading athletes trust Healthspan Elite for their supplement needs – and what works for them, can work for you too. We’ve partnered up with the All Blacks, taking advice from their nutritionist and the players themselves to deliver a winning range of proteins and supplements, made with the finest ingredients to help you stay healthy and perform to your best. Clean, lean, green It was important for us to launch a range with the All Blacks that shared our mutual values. This led to the ‘clean, lean, green’ ethos: this product is fully lab-tested for peace of mind (Clean), with a science-backed formulation to help you achieve your goals (Lean) and uses a plant-based ingredient that is manufactured sustainably (Green). A range you can trust This product has undergone rigorous testing by LGC’s world-class sports anti-doping laboratory, Sport and Specialised Analytical Services, for a wide range of substances banned by the World Anti-Doping Agency (WADA) to provide the highest levels of assurance possible for athletes. *Vitamin C contributes to normal collagen formation for the normal function of bones and cartilage.
