Naked Nutrition Naked Branched Chain Amino Acids - 1.1 lb
Naked BCAAs are the highest pharmaceutical grade, fast dissolving, and rapidly absorbed Branch Chain Amino Acids available. BCAAs promote muscle development, improved exercise performance, and faster recovery after workouts.
Naked BCAAs free of any artificial additives. Don’t let the supplement industry fool you; additives are for their bottom line, not your health.
Reduce Muscle Fatigue During Exercise
BCAAs can help you reach your fitness goals by improving exercise performance and reducing fatigue. BCAAs increase circulating oxygen levels and preserve glycogen stores, both of which promote exercise endurance¹. BCAAs may also reduce serotonin levels during exercise, which can delay feelings of tiredness and fatigue so you have more energy for that extra set².
Reduce Muscle Soreness
Not only can BCAAs improve exercise performance, but they can also help you get back in the gym quicker by reducing soreness and helping repair damaged muscle fibers quicker³. By helping you get back to the gym quicker, BCAAs can help you reach your fitness goals faster.
Build Lean Muscle Mass
Leucine, one of the three BCAAs, plays a significant role in BCAAs effectiveness for building muscle. It stimulates muscle-protein synthesis, which is necessary for growth and recovery⁵. Naked BCAAs have a 2:1:1 ratio of Leucine, Isoleucine, and Valine, to optimize lean muscle mass growth. For best results, combine Naked BCAAs with a complete protein like Naked Whey or Vegan Naked Mass.
Please see the Supplement Facts tab for a full listing of the Ingredients in this product. In summary, it contains: L-Leucine, L-Isoleucine, L-Valine.
How To Use
- When: Add our BCAAs powder to sports drinks or juice drinks. Best used before exercise, just after a workout, or before bed.
- Blend: Mix one scoop into 10-12oz of your favorite sports drink or a low-acid juice drink for flavor.
- Pair With: Use with Naked Creatine to increase your workout performance, aid lean muscle building and promote protein synthesis.