SPONSER amino acids and energy drink powder HMB & Creatine Synergy | 320g can
This drink powder is particularly appealing to ambitious competitive athletes. The most important ingredients HMB, creatine and ribose support muscle work, but also provide the necessary energy for high-speed strength training. This composition is therefore of interest to sprinters, swimmers and rowers, but also in interval sports such as soccer or tennis, practically anywhere where a lot of energy has to be released in a short time.
The HMB it contains, a leucine metabolite, particularly protects against muscle catabolism, the breakdown of individual cells, by constantly supplying new protein building blocks.Athletes in particular, who expect maximum performance from their bodies, need an additional supply of this substance, as the intake from normal food is often insufficient. Creatine and ribose work closely together. Both play a major role in the provision of energy and guarantee that the muscles are always supplied with sufficient power.
- HMB, a leucine metabolite, protects against muscle breakdown
- Creatine improves performance during high-intensity strength training
- Calcium supports normal muscle and energy metabolism functions
Flavor: neutral
List of ingredients
β-hydroxy-β-methylbutyrate-calcium, creatine monohydrate, 10 % ribose
lactose-free, gluten-free
Consumption recommendation
- Before and after sport
- max. 2 portions on exercise days
- in addition to a varied and balanced diet and a healthy lifestyle
- not suitable for growing children and adolescents
Preparation
- 2 x 1 scoop (8g) / day as an addition to normal drinks, shakes or meals
Weight according to manufacturer: 320g (content)
Weight when weighed: 395g (incl. packaging)
Scope of delivery: 1x can of SPONSER amino acids and energy drink powder HMB & Creatine Synergy
Note: The hole in the foil lid is a pressure relief system. The small hole compensates for the pressure difference by allowing a minimal exchange of air. This keeps the can stable and intact even with considerable differences in height.