They provide prolonged energy during exercise, delay fatigue and improve performance.
BEMORE® Endurance +Energy Gummies is a unique gummy bar on the market, with its formulation and composition, texture and delicious green apple flavour, combining in 35g everything you need to keep you going and improve your athletic performance!
Its effective formula contains:
Carbohydrates:
27.2g per bar. Vegetable extracts, glucose syrup, sucrose and fruit pulp to provide prolonged energy, keeping blood sugar levels lower and stable for longer, avoiding glucose spikes.
BCAA'S:
Essential branched-chain amino acids essential for muscle recovery. They provide energy and delay fatigue. They also combat the feeling of tiredness.
L-Arginine:
Amino acid precursor of Nitric Oxide, an important vasodilator that allows us to improve the transport of oxygen and nutrients to the cells. A very important amino acid in the process of eliminating toxins generated during sport. Reduces lactate concentration induced by exercise.
Electrolytes:
Restoring the electrolyte balance of the cell is essential for good muscle response.
Sodium:
Maintains hydration in sports practice as a collaborator in the functioning of the musculature.
Potassium:
Helps normalise hydration by facilitating water retention in the intracellular space.
Chlorine:
Fundamental for maintaining water balance as it is the one that most facilitates the absorption of fluids.
Vitamin C:
Involved in the release of energy, in the proper functioning of the nervous system, in the health of bones and joints, and in the reduction of fatigue, it also improves iron absorption.
Vitamin E:
Acts as an antioxidant, prevents the destruction of red blood cells and improves the release of oxygen to the muscle during exercise.
Vitamin B6:
Important in protein and energy metabolism. Contributes to maintaining adequate energy release and reducing tiredness and fatigue.
Vitamin B1:
Involved in important energy-producing reactions. May improve the anaerobic threshold. Deficiency may decrease the efficiency of energy systems and therefore physical performance.
