They provide sustained energy during exercise, delay fatigue, and improve performance. Thanks to its formulation and composition, texture and delicious green apple flavor, Endurance +Energy Gummies from BEMORE® is a unique gummy bar on the market, bringing together in 35g everything you need to avoid faltering and improve your athletic performance! Its effective formula contains: Carbohydrates: 27.2g per bar. Plant extracts, glucose syrup, sucrose and fruit pulp to provide sustained energy, keeping blood sugar levels lower and more stable for longer, preventing glucose spikes. BCAAs: Essential branched-chain amino acids are crucial for muscle recovery. They provide energy and delay fatigue. They also combat feelings of tiredness. L-Arginine: This amino acid is a precursor to nitric oxide, an important vasodilator that improves the transport of oxygen and nutrients to cells. It is also a crucial amino acid in the elimination of toxins generated during exercise. Furthermore, it reduces exercise-induced lactate levels. Electrolytes: Restoring the cells electrolyte balance is essential for a good muscle response. Sodium: It maintains hydration during sports practice as a collaborator in the functioning of the muscles. Potassium: It helps normalize hydration by facilitating water retention in the intracellular space. Chlorine: Essential for maintaining water balance since it is the one that most facilitates the absorption of fluids. Vitamin C: It plays a role in the release of energy, the proper functioning of the nervous system, the health of bones and joints, and the reduction of tiredness; it also improves iron absorption. Vitamin E: It acts as an antioxidant, prevents the destruction of red blood cells, and improves oxygen delivery to the muscle during exercise. Vitamin B6: Important in protein and energy metabolism. It helps maintain adequate energy release and reduces tiredness and fatigue. Vitamin B1: It participates in important energy production reactions. It may improve the anaerobic threshold. A deficiency can decrease the efficiency of energy systems and, therefore, physical performance.