Unived Elite Drink Mix (24 Serving Pouch)
UNIVED ELITE DRINK MIX, 2:1 CARBOHYDRATE RATIO, 190KCAL, VEGAN ISOTONIC SPORTS MIX FOR RUNNERS & ENDURANCE ATHLETES
- Clinically prove 2:1 ratio of simple to complex carbohydrates
- 190kcal per gel, along with Betaine, Beta-alanine, Sodium Bicarbonate, and essential Electrolytes
- For an Isotonic solution, blend with 20-27 fl oz (600-800ml) water
- Co-developed with World Champion Camille Herron & Elite Trail Runner Hayden Hawks, along with crucial involvement from many of the Unived Elite Athletes
Unived’s Elite Gel & Elite Drink Mix have been formulated to deliver multiple transportable carbohydrates in the optimal 2:1 ratio of simple to complex carbohydrates. It is clinically proven that when we combine Glucose, which is oxidized via the SGLT1 pathway at a rate of 1g/min or 60g/hr, with Fructose, which is oxidized via the GLUT5 pathway, in a 2:1 ratio, the rate of ingested carbohydrate can exceed 1.5g/min or 90g/hr.
The 2:1 ratio ensures a happy gut as it reduces abdominal cramps and improves gastrointestinal distress, due to a faster intestinal absorption of carbohydrates, and increases intestinal water absorption by 65% as compared with glucose alone.
Unived’s Elite Gel & Elite Drink Mix each contain 30g simple + 15g complex carbohydrates, per packet. The reason to go with 30+15 in both products, is to give you the freedom to consume either two Elite Gels, two Elite Drink Mixes, or one Elite Gel + one Elite Drink Mix, per hour, and still get the maximum hourly carbohydrate intake totaling to 90g carbohydrates and 380kcal, per hour.
Betaine, Beta-Alanine, Sodium Bicarbonate, Electrolytes
PLAN YOUR INTAKE
We strongly feel that this new combination gives you complete freedom. It takes math out of the equation as all we now need to focus on is consumption of two units, per hour. A unit being an Elite Gel, or Elite Drink Mix. When temperatures are hot, you may find yourself drinking a bit more, and when temperatures are cooler, you may find yourself leaning towards more concentrated forms of energy, like the gel.