GN EAA Xtreme 500g Ice Tea Peach

A 500g tub of GN EAA Xtreme in Ice Tea Peach flavor contains approximately 25 servings. One serving is 20g of powder.
The recommended intake is to dissolve 20g (approximately 2 slightly heaped scoops) of powder in at least 500-700ml of water daily. The best time to consume it is before, during, or after a workout. It is also a good supplement to a high-protein diet and can be used during dieting phases, as it is low in calories.

GN Laboratories' GN EAA Xtreme (500g, Ice Tea Peach flavor) is suitable for a vegan diet. The manufacturer uses purely plant-based raw materials for the amino acids and sunflower lecithin instead of animal-derived emulsifiers.
In addition to containing all essential amino acids (EAAs), the powder includes special complexes to support energy metabolism and hydration:
Ingredients for Hydration:
* Electrolyte Complex: Contains minerals in the form of sodium citrate, potassium citrate, magnesium citrate, and calcium carbonate to maintain electrolyte balance during intense physical activity.
* Coconut Water Powder: Serves as a natural source of electrolytes and supports fluid absorption into cells.
* Taurine: Frequently used to optimize cell volume and support hydration at the cellular level.
* Ingredients for Energy Metabolism:
* Vitamin B6 (Pyridoxine Hydrochloride): Demonstrated to contribute to normal energy metabolism and the reduction of tiredness and fatigue.
* Niacin (Nicotic Acid/Vitamin B3): Also supports energy metabolism and the function of the nervous system.
* Natural Energizers Complex: Contains extracts of green coffee beans and green tea, which provide natural active ingredients to promote mental alertness and focus without the typical "crash" of pure caffeine.
* Choline Bitartrate: Often added to support fat metabolism and cognitive function (focus).

The Cell-Volumizing Complex in GN EAA Xtreme enhances muscle performance during training by optimizing fluid retention in muscle cells, thereby significantly increasing cell volume. This process not only leads to an increased pump effect but also improves nutrient supply and the removal of metabolic waste products directly at the site of action, thus promoting endurance and the mechanical resilience of the muscles under intense exertion. Vitamins B6 and B12 make a crucial contribution to protein metabolism, with vitamin B6 acting as an essential coenzyme that enables the conversion and utilization of amino acids for building the body's own muscle tissue. Vitamin B12 further supports this process through its central role in cell division and energy metabolism, ensuring the efficient utilization of ingested proteins and promoting overall protein biosynthesis as well as post-workout recovery.