strange but true, current sports nutrition research suggests that by eating the
correct types of nutrients before and after your training can reduce the risk
of over-training! I say strange because traditional training theory teaches us
that appropriate rest between training bouts and training cycles is the best
strategy we can use to combat overtraining syndrome.
So, what is this condition we call overtraining syndrome?
Fatigue is a normal response to training and exercise but without adequate rest especially from cycle to cycle, problems can arise. Physical training will elicit potentially three levels of fatigue:
Then there is…
The evidence of overtraining is varied but the most devastating effect is of course underperformance. Additional side effects might also be:
The most unfortunate thing about overtraining is, by the time you recognize you have the problem it’s already too late to do much about it.
It has been firmly established for some time now that ingesting carbohydrates immediately after a session (within 30 minutes) will improve your glycogen uptake following that bout of exercise faster than if carbohydrate is delayed. More recently sports nutrition research is investigating how the timing of carbohydrates intake can influence overtraining.
In a sports nutrition research study, athletes were put through their paces for 8 days. During the study, athletes consumed drinks low in carbohydrates (2%) and drinks high in carbohydrates (6%). Immediately after each training bout, where the athlete ingested low carbohydrates, they maintained their 2% concentration afterwards. However, when they ingested the higher carbohydrates intake during exercise, they consumed a drink with a 20% concentration afterwards.
Over the 8 days of intensified training, all athletes experienced fatigue. However, the low carbohydrates athletes experienced a more marked decline in their mood, in their performance and an increase in their perceived efforts during exercise. These factors were not present when high carbohydrates were ingested.
Further, following the 8 days of intensified training the athletes were given 14 days of reduced training to promote adequate recovery. The result was an increase in performance above where the athletes started. However, this was only the case when athletes had high intake of carbohydrates. Performance remained supressed when carbohydrates intake was low.
The conclusions are quite clear from this sports nutrition research. In both instances, the same training stimulus resulted in the athlete becoming extremely fatigued. However, full recovery even after an appropriate rest period was only achieved when high carbohydrates intake was ingested.
Therefore it is quite clear that optimal recovery from exercise is more than just lowering the demands of the training stimulus. Optimal carbohydrates intake can also be a strategy you can utilize to combat overtraining.
From "Sports Nutrition Research and Overtraining Syndrome" To " Faster, Stronger, Better – Your Shortcut To Improved Athletic Performance"
More information about a good sports nutrition diet in the Sports Nutrition Guide