Muscle building supplements
Without a doubt one of the most popular muscle building supplements to assist with gaining weight and muscle is protein powders. Protein encourages muscle growth and repair and is a part of every trainer’s post workout routine.
Whey protein concentrate, aka WPC, is composed of protein fractions including between 45 and 61 percent Beta-lactoglobulin, 17 to 25 percent alpha-lactalbumin, 15 to 20 percent glycomacropeptides, 2 to 7% Serum albumin, 2 to 5 percent Immunoglobulin G (IgG) and other minor fractions such as Lactoferrin, Lactoperoxidase, Lysozymes and Growth Factors. These words may be hard to pronounce but they are the heart of what makes a WPC tick. Will WPCs benefit the sick? Some recent research indicates a proposed immunological benefit of WPC in humans. Each specific protein within a WPC may hold significant value for promoting health, longevity, digestibility and absorption.
The current scientific belief is that the protein fractions above should be native (close to their natural form and concentration as found in whole cow’s milk). Research also tells us that various processing techniques, such as Ion-exchange, can remove 93 percent of the glycomacropeptide fraction of whey. Glycomacropeptides have been shown in preliminary work to be important bacteria scavengers, acting as receptors for bacteria, rendering some harmful bacteria inactive and simply excreted. More importantly, ion-exchanged whey may be considered a less native whey protein.
Whey proteins can be denatured when heated for prolonged periods at temperatures much above 150 degrees Fahrenheit. What does denatured mean? Simply stated, the proteins unfold into random structures, making them nonfunctional within the body. The issue of heat application and damaged WPC fractions is one of the most crucial aspects of WPC processing.
Milk must be pasteurized and this requires the application of heat to prevent harmful bacteria from causing potentially deadly diseases from invading our bodies. A review of published literature will reveal that High Temperature, Short Term (HTST) pasteurization techniques can be applied to milk and whole whey with an exceptionally low level of denaturation taking place, thus leaving the precious WPC proteins 97% undenatured and bioavailable. Honest Whey ™ protein is produced using only HTST pasteurization techniques. For this, you can expect a safe and fully functional WPC.