Recovery matters. Do it right.
- Restores muscle glycogen
- Rebuilds muscle strength
- Reduces soreness & fatigue
- All classic flavors are kosher
Contains xylitol. Do not feed to your dog.
Highly effective and utterly delicious, Recoverite provides exactly what your body needs to reap the most from your activity—a 3:1 ratio of complex carbohydrates to premium whey protein isolate, three grams of L-glutamine, key recovery benefiting auxiliary nutrients, and a full spectrum of electrolytes.
Classic Recoverite - The original fan favorite, corn based formula.
2.0 Recoverite - Updated with tapioca maltodextrin derived from cassava, a far superior energy source and it’s Paleo friendly.
Read all about it here: Six Reasons why Tapioca is TOPS!
Mix 2 level scoops or 1 single serving packet of Recoverite (50g) with 8-16 ounces (236-473ml) of water. Consume immediately after exercise. If you’re not able to eat a full meal within one hour of completing your exercise, take a second serving.
For best results, do not combine with milk or milk substitutes, as this alters the preferable carb-to-protein ratio and may reduce the rate of digestion.
To ensure the best flavor and effectiveness of the product, do not mix in advance.
IMPORTANT NOTE: Xylitol is toxic to dogs and unsafe for their consumption. Do not feed your dog any xylitol-containing products, including HEED or Recoverite, nor any products that are made for human consumption. More information.
2.0 = TAPIOCA Maltodextrin – Less processed, NON-GMO, lower mono and disaccharide content/much higher percentage of polysaccharide content (courtesy of its lower Dextrose Equivalent), less sodium content, and even closer to the desired neutral pH.
Classic = Corn Maltodextrin – A high-glycemic index (GI) complex carbohydrate, ideal for providing fast-acting, long-lasting energy during exercise and for replenishing the body’s energy (glycogen) stores after exercise.
Whey Protein Isolate – The most bioavailable of all protein sources and the superior source of amino acids for muscle tissue repair and immune system support. Whey protein isolate also provides potent anti-inflammatory benefits.
L-Glutamine – The most abundant amino acid in the muscles, L-glutamine plays a significant role in the glycogen synthesis process, and helps repair and rebuild muscle tissue. It has also been shown to help raise bodily levels of glutathione, the most important antioxidant for immune system health. Glutamine also contributes to growth hormone release and digestive health.
Chromium Chelate – This trace mineral helps regulate blood sugar and plays a vital role in the synthesis of glucose, fatty acids, and amino acids. During recovery, chromium facilitates carbohydrate storage (glycogen synthesis).
L-Carnosine – One of the most versatile and beneficial nutrients available. It buffers lactic acid during exercise and offers antioxidant support.
Full-spectrum electrolyte profile – The complete profile of sodium, chloride, calcium, magnesium, and potassium helps replenish depleted mineral stores.
Manganese – This trace mineral plays an important role in the production of superoxide dismutase (SOD), a powerful antioxidant.
Glycine – This amino acid is beneficial for aiding with muscle tissue repair, protecting collagen in joints, and reducing joint pain. Additionally, glycine has a naturally sweet taste, contributing to Recoverite’s delicious flavor.
Xylitol – This natural sweetener, found in a variety of fibrous fruits and vegetables, promotes oral health, as it does not ferment and support the acid-producing bacteria that cause tooth decay. NOTE: It is believed that xylitol is unsafe for consumption by dogs; therefore, we do not recommend you feed your dog any xylitol-containing products, including HEED or Recoverite.
Stevia – This is the extract (steviosides) from the leaves of Stevia rebaudiana, a plant native to subtropical and tropical Central and South America. Stevia is non-caloric, and does not affect blood sugar levels. Like xylitol, stevia does not support acid-producing bacteria responsible for tooth decay.