Wellness Code® Whey Protein Isolate supports muscle growth and immune health with 17 grams of protein, plus high levels of branched-chain amino acids, with lower carbs and fat than whey concentrate.
*Not a low-calorie food.
Wellness Code Whey Protein Isolate (Vanilla) is a novel formula for muscle growth and immune health. This protein powder contains 17 grams of protein per serving, plus high levels of branched-chain amino acids, with lower carbs and fat than whey concentrate, plus no added sugar* to help you build lean muscles.
Wellness Code Whey Protein Isolate delivers 17 g of protein per scoop to help build lean muscle and inhibit protein breakdown.
This protein powder supports immune health because it's packed with BCAAs, immunoglobins and other health-promoting compounds.
Cross-flow microfiltration produces an isolate that is 90% protein—98% of it in the bioavailable undenatured form.
This Wellness Code protein powder has high protein and BCAAs without added sugar* and is sourced from rBST-free dairy cows.
Wellness Code® Whey Protein Isolate comes from cows that are never treated with growth hormones. This delicious, vanilla-flavored powdered protein shake mix delivers 17 grams of protein with lower carbs, lactose and fat than whey concentrate, plus high levels of essential branched-chain amino acids (BCAAs) in every scoop.
More facts about Wellness Code® Whey Protein Isolate
As we age, maintaining healthy muscle mass and immune system health becomes more and more important.1,2 Fortunately, whey protein can help you build muscle, and it supports immune health because it's packed with BCAAs, immunoglobins and other health-promoting compounds.3-5
Protein isolate (lower in carbs, lactose and fat)
Whey protein isolate is lower in carbohydrates, lactose and fat than whey protein concentrate. Wellness Code® Whey Protein Isolate has undergone a process called cross-flow microfiltration, which produces an isolate that is 90% protein—98% of it in the bioavailable undenatured form—and retains all important subfractions in their natural ratios.
