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Cyclic cluster dextrin (CCD) is a type of carbohydrate that is becoming increasingly popular among athletes and fitness enthusiasts. It has a number of advantages over other types of carbohydrates, including:
- Easy to digest: CCD is a branched-chain dextrin, which means that it is made up of smaller molecules that are easier for the body to digest. This can help to prevent stomach upset and bloating, which are common side effects of consuming other types of carbohydrates.
- Easy to burn: CCD is a highly soluble carbohydrate, which means that it can be easily absorbed into the bloodstream. This can help to provide the body with a quick and sustained source of energy.
- Helps with nutrient absorption: CCD has been shown to help the body absorb other critical nutrients, such as vitamins and minerals. This is because CCD helps to increase the surface area of the small intestine, which allows for more nutrients to be absorbed.
- Reduces mental fatigue: CCD has been shown to reduce the effects of mental fatigue during exercise. This is likely due to the fact that CCD helps to provide the brain with a steady supply of glucose, which is the brain’s main source of energy.
- Increases time to exhaustion: CCD has been shown to increase time to exhaustion during exercise. This is likely due to the fact that CCD provides the body with a sustained source of energy, which helps to prevent fatigue.
EFS-PRO is a sports nutrition company that uses CCD as the premier carb source for elite endurance athletes. EFS-PRO believes that CCD is the best carbohydrate for athletes because it is easy to digest, easy to burn, and helps the body absorb other critical nutrients. EFS-PRO also believes that CCD can help athletes to improve their performance and reach their goals.
If you are looking for a carbohydrate that can help you to improve your performance and reach your goals, then CCD is a good option to consider. CCD is easy to digest, easy to burn, and helps the body absorb other critical nutrients. CCD has also been shown to reduce mental fatigue and increase time to exhaustion during exercise.
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