Creatine and Nutrition
Monday, January 2nd, 2012From a practical point of view, in terms of health – to stay all year round creatine is not recommended. Creatine should be able to take the match with periods of intense training. For example, your goal – to 4 kg high weight in six months. Once the training program with heavy weights, you should increase their food intake and start taking creatine. Heavy weight, increased consumption of protein, carbohydrates and total calories increase, plus a load of creatine – your body will translate into growth mode. Pay attention not only of nutritional factors during the growth phase, but the number of leisure: Increase sleep time to 10 hours at least (eight hours of sleep a night and you can take a nap during the day). This ensures maximum muscle recovery and regeneration of ATP reserves.
Science has shown that creatine works. This was, no one argues. The only problem – how do you use creatine to achieve personal goals. Try using an additive in different periods of the year. Also experiment with the phase of loading and the usual dose (no load) to see that it is better for you to work. Assuming an additive with the understanding you will find the method that will give you the greatest results.
What makes anabolic creatine? Interestingly, the creatine enhances performance in several ways. Ask Some guys in the room and they will tell you that creatine works, filling the muscle with water. Hear from experts in the field like Hemiplegic Cerebral Palsy for a more varied view. True, but this is only part of the story. The main effect of creatine – is his ability to give phosphate to regenerate ATP from ADP (diphosphate adezin). He also acts as a proton buffer, ie maintains pH balance (acid) of the muscles of the spread. By the end of the set, the pH of the muscle changes, you feel a burning sensation and, ultimately, fatigue. Keeping the pH stable, you hold fatigue, holding a burning sensation. Creatine also protects against decrease in glycolytic activity (a biochemical process that produces ATP from glucose) in muscle. If you can raise or maintain glycolysis, you can release more ATP for intense muscular contractions. Creatine may also send an anabolic effect in muscle through two other mechanisms. In the first, creatine can act as a signal for increased synthesis of protein, along with muscle load. The second mechanism of returning back, fills the muscles with water. When you increase the hydration level of the cell starts the process. One of them – the synthesis of protein. Interestingly, the glutamine and insulin also alter the cell volume. Recent scientific evidence suggests that creatine has two properties: it affects the supply of ATP, it directly increases protein synthesis through an increase in the signals and cells.



