MUSCLETECH PLATINUM 100% ISO-WHEY
Platinum 100% Iso-Whey uses only ultra-pure, microfiltered whey protein isolates, the purest form of whey protein you can feed your body. With a filtration process that uses precision technology to remove lactose, ash, and fat, Platinum 100% Iso-Whey delivers the major bioactive protein fractions you need in a premium formula.
Many of the inferior whey formulas on the market use heat, harsh acids, and salts to isolate their whey protein. Unfortunately, these methods are severe enough to cause extensive denaturation of the whey protein structure. Platinum 100% Iso-Whey is so pure, that the formula mixes instantly in a shaker cup or even in a glass using a spoon. And just as important as quality and purity of the whey protein in Platinum 100% Iso-Whey, is its taste. We conducted third-party taste tests on real consumers to help us formulate a first-in-class taste profile that’s second to none.
Bioactive fractions in platinum 100% Iso Whey:
Beta-lactoglobulin – High in essential and branched chain amino acids (BCAAs) that are important for muscle recovery after training, this fraction has been noted to support mineral and vitamin absorption.
Alpha-lactalbumin – This fraction is a high source of essential and branched chain amino acids. What’s more, it’s high in the essential amino acid tryptophan.
Glycomacropeptide – Research shows this fraction can support overall serum amino acid concentrations. What’s more, this fraction has relatively high amounts of the branched chain amino acids, isoleucine and valine, which, along with leucine, are important for muscle metabolism and growth.
Immunoglobulins – These fractions are rich in the amino acid glutamine, which can support muscle recovery in response to strenuous training.
Bovine serum albumin – This fraction is a large-sized globular protein with a good profile of essential amino acids that are important for muscle growth support.
Lactoperoxidase – This fraction has enzymatic properties, helping to break down hydrogen peroxide and help extend the longevity of milk proteins.