Why Choose WHEY Ultra?

Whey Ultra protein is rich in Branched Chain Amino Acids (BCAAs) which are critical in triggering the muscle synthesis response after training, with 6g per serve, which research shows is the effective dose post-training to amplify lean muscle mass development. Going beyond the competitors in the market, Whey Ultra provides 13g of essential amino acids per serve. Essential amino acids, which include BCAAs, are pivotal for building muscle. The blend used in Whey Ultra is the perfect way for athletes to boost their dietary protein and enhance muscular development.

Digestive and Recovery Support

Research shows consistently that gut health is the cornerstone of immune function, effective digestion and absorption of food. Whey Ultra’s symbiotic combination of prebiotic fibres and probiotic bacteria can support and modulate gut health and help keep immune and bowel function healthily in combination with a healthy diet.

Whey Ultra uses the patented Orafti™ fibre, a natural prebiotic derived from the fibre inulin, to assist in feeding bacteria in your gut. The inulin used in the Orafti™ probiotic blend has been clinically shown to improve bowel movements in people suffering IBS.

To complement the prebiotic fibres in Whey Ultra, the clinically-tested probiotic Lactospore has been included. The Whey Ultra Lactospore contains 1 billion (109 ) CFU of the heat-stable B. Coagulans strain, which research shows are an effective dose.

Digestive issues are a common complaint from many athletes, especially in times of high training volume and stress. Whey Ultra contains a digestive enzyme complex which may not only help aid the breakdown and absorption of macronutrients, but research has indicated it may have benefits in recovery from muscle soreness associated with training.

Delayed Onset Muscle Soreness (DOMS) occurs due to eccentric loading of the muscle, for example during the downward phase of a bicep curl, which causes microtears to the muscle fibre. DOMS is a common complaint of those new to the gym and can very easily become a reason not to go back. Traditionally DOMS resolves after 3 to 7 days, which can mean long downtime between sessions when trying to recover.

Researchers have investigated whether the use of proteolytic enzymes may be useful as a method for managing and reducing pain associated with strenuous exercise. It has been suggested that protease enzymes (enzymes that helps break down protein) prevent or impede the production of pro-inflammatory molecules and assist with speeding up the breakdown and build-up process of muscle remodelling post-exercise.