By combining Whey and Collagen Peptides together, we’ve created an ultimate protein powerhouse.
7 Keto Whey is a wholesome protein source, made of both Whey and Collagen, carrying all essential Amino Acids.
You no longer have to choose between Whey and Collagen. We give you the best of both in a single offering. This dynamic duo of essential proteins is the perfect choice for superior performance and intense energy.
Why Whey?
Whey is the purest and the most potent form of protein. It contains all 9 essential amino acids needed for muscle building. Being the fastest acting protein, it is rapidly absorbed by the body and is a staple part of every athlete’s nutrition plan. Numerous studies have verified the effectiveness of whey protein isolate in building strength, endurance, and lean muscle mass.
Whey Protein helps to put on lean muscle mass, increase strength, and recover quicker. Several studies have proven that Whey Protein backed with training is one of the best ways to add size and strength. Besides its muscle-building properties, Whey also promotes fat loss and suppressed appetite. If you’re serious about fitness, this is one protein that you just cannot ignore.
Each serving of Keto Whey contains 18.7 grams of Whey Protein.
Why Collagen?
Collagen is the most abundant protein in our body, making up more than 30% of total protein content. It has many important functions such as strengthening connective tissues and maintaining the health of bones, cartilage, and skin. It is an incomplete protein, containing 8 out of the 9 essential amino acids. But it is very high in the proline and glycine, two important amino acids. Collagen helps you fight ageing and keeps your connecting tissues healthy.
Your body needs Collagen for healthy skin, hair, tendon, bones, joints, and cartilage. Research has shown that Collagen supplementation when combined with a regular exercise regime and a healthy diet may lead to a significant increase in muscle strength and mass.
Each serving of Keto Whey contains 10.65 grams of Collagen Peptides.
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