Hydro Protein - 1Kg Chocolate with Cookies Beverly Nutrition

Product Description

Beverly Hydro Protein What truly sets hydrolyzed protein apart from other whey proteins? The answer lies in its manufacturing process and the ease with which the body can utilize its amino acids. Beverly Hydro Protein has been designed specifically for those seeking an advanced, fast-absorbing protein with exceptionally easy digestion. It is a hydrolyzed whey protein powder that provides a high protein concentration per serving. During the hydrolysis process, the protein chains are broken down into smaller peptides, facilitating digestion and allowing for faster amino acid availability. Its formulation is geared towards demanding athletes, active individuals, or users who prefer easily digestible proteins. It also incorporates specific digestive enzymes that complement its nutritional profile. High-purity hydrolyzed whey protein. Optimized digestion thanks to the DigeZyme® enzyme complex. Includes Tolerase® (lactase) to aid lactose digestion. Provides over 28g of protein per serving. Complete amino acid profile with BCAAs. Available in various flavors for a pleasant experience. Advanced composition of Hydro Protein hydrolyzed protein Hydro Protein is formulated from hydrolyzed whey protein, one of the most refined forms of dairy protein available in sports nutrition. The hydrolysis process partially breaks down proteins into smaller peptides. This treatment facilitates digestion and may be of interest to those seeking a protein with rapid nutritional availability. Each 35g serving provides approximately 28.4g of protein, with a very low carbohydrate and fat content. This makes it easy to incorporate into various nutritional strategies focused on training. In addition, the product includes the DigeZyme® multi-enzyme complex, composed of amylase, protease, lipase, lactase, and cellulase, along with Tolerase®, a lactase enzyme designed to facilitate lactose digestion. Hydrolyzed whey protein. DigeZyme® enzyme complex (amylase, protease, lipase, lactase, and cellula