226ERS High Fructose Energy Drink
Shipping and delivery times
Shipping and delivery times
Your order is handed over to the courier within 24/72 working hours from receipt of payment.
- Processing and delivery times are calculated from Tuesday to Friday, excluding Monday, weekends, and public holidays.
- FREE SHIPPING for orders starting from €99.99 (excluding bicycles)
Returns and support
Returns and support
- You can request a return within 14 days of receiving the goods.
- Product conditions: Items must be new, unused, in their original packaging and with labels attached.
- Shipping costs: Return shipping costs are at the customer's expense.
- Refund method: The refund will be issued within 14 days of product verification, using the same payment method chosen for the purchase.
To consult the complete regulations, exceptions, and detailed procedures, [click here and read our Returns and Refunds policy]
Description
Description
High-fructose energy drink provides 87 g of carbohydrates and 500 mg of sodium per serving thanks to maltodextrin and fructose, in a ratio of 10:8.
This formulation, based on “multiple transportable carbohydrates”, has demonstrated through studies* that during prolonged physical exercise, the use of carbohydrates that are absorbed in the intestine by different transporters is the only way to increase the rate of assimilation and oxidation of exogenous carbohydrates above 60 g/hour*.
To this end, researchers confirm that combining carbohydrate sources is ideal. We opted for maltodextrin, to control the molecular weight/osmolarity, while the other is fructose.
MALTODEXTRIN:
• It is absorbed in the small intestine by the SLG-1 transporter and converted into glucose for delivery to cells, providing them with rapid energy.
• It has a high glycemic index, a rapid increase in blood glucose levels, with immediate release of energy.
• Rapid gastric emptying thanks to the high molecular weight and low osmolarity, which aids digestion and reduces secondary gastrointestinal effects.
FRUCTOSE:
• It is absorbed in the small intestine via GLUT5 transporters, which are different from those that absorb other carbohydrates. Absorbed fructose passes from the intestine to the liver via GLUT2 transporters and replenishes liver glycogen stores lost during intense exercise.
• Absorption occurs gradually, with a constant and progressive release of energy.
This is why the combination of maltodextrin and fructose allows for the digestion and assimilation of high amounts of carbohydrates per hour, reducing the risk of gastric problems.
