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Recently, I have had a number of people report to my office with some surprisingly similar complaints: Fatigue, muscle tension and prolonged soreness, decreased appetite, sleep problems, and general feelings of malaise. After a thorough review of their history and symptoms, a physical exam, and an occasional laboratory study, I determined what I was seeing was not the winter blues or an unprecedented viral syndrome; it was a number of cases of overtraining. Overtraining syndrome, as it is referred to in the medical literature, is a serious problem marked most noticeably by a decrease in performance (strength, speed, endurance, or other), increased fatigue, persistent muscle soreness, mood disturbances, and feeling "burnt out" or "stale." It is also apparent in the form of increased fat mass (and inversely decreased lean mass) even in the presence of extreme exercise. As a physician, the diagnosis of overtraining is usually complicated as there are no exact diagnostic criteria, and one must rule out other diseases before the diagnosis can be made. A number of "tests" have been developed to help determine the overtrained state, however the history and reported symptoms of the patient are the best indicators. Prevention is still the best treatment, and certain subjective and objective parameters can be used by athletes and their trainers to prevent overtraining.
Many factors set active people up for the overstraining syndrome. These include:
External factors involved in overtraining include:
  Click To Enlarge. Many Factors Set Active People Up For The Overstraining Syndrome. Of the personal factors, general health and nutritional status are the most easily adjusted. Improving overall health with nutritional intervention is one of the best preventative measures. A deficient calorie intake seems to decrease stress tolerance and set one up for overtraining. Stress: Of the external factors, a progressive increase in the intensity of training and an increase in the total training volume is the strongest cause, suggesting an imbalance between a person's ability to adjust to the training load and the amount of recovery time required.
Environmental conditions such as altitude, cold, or hot weather are additional stressors for the body, increasing vulnerability to the overtraining state. Sleep deprivation seems to affect the protective metabolic and endocrine functions needed to prevent overtraining.
As mentioned above, self-identification of overtraining may be based on your personal symptoms. Fatigue, muscle tension and prolonged soreness, decreased appetite, sleep problems, and general 'ill' feelings in association with recent changes in your training regimen and/or decreased performance may be an indication.
 Click To Enlarge. Self-Identification Of Overtraining May Be Based On Your Personal Symptoms. If these symptoms are present however, it is a good idea to visit your primary care doctor to rule out other potential causes such as:
Some objective findings may also aid in the identification of overtraining. Performance changes such as increased heart rate at a sub-maximal load (i.e. your heart rate is higher than normal while doing moderate exercise), decreased time to exhaustion during a constant velocity, and decreased power or strength during maximal effort can all be indications.
Changes in morning heart rate upon awakening (more than normal variation) as well as increased or decreased weight (more than anticipated) can also be objective clues to the condition. Heart Rate:
Prevention is the best treatment for the overtraining state. Once any of the above subjective or objective symptoms start to appear, tapering the training regimen combined with rest, accurate nutrition, and sleep will help the body heal. Recognition and treatment of depression is of utmost importance.
Periodization of training (correct amounts of training are combined with adequate recovery) helps prevent overtraining. Ensuring adequate nutrition is essential. If the diet is sufficient, supplements have not shown to prevent or speed recovery. Females are more likely to be lacking adequate iron (due to menstruation) and deficiencies in zinc, magnesium and calcium are common in active people especially when the diet is restricted.
I like to make certain antioxidants are present both for prevention and treatment. Vitamin C and E, as well as Co-Enzyme Q10 are my personal favorites (greater-than-recommended doses are not suggested even for overtrained individuals and can be harmful).
Sleep is essential in the prevention and treatment as is recovery time and (people love this one...) increased sexual activity may aid in recovery as it relaxes and adjusts neurotransmitters in a helpful way. Other interventions I utilize for the prevention and treatment of overtraining include a change of scenery (try a new gym for a few months) or type of exercise (change from a bike to running). I also make use of massage, saunas, ice and heat therapy and in some instances, physical therapy. When nothing else seems to work, taking a two-week break from any type of exercise is very beneficial in not only the prevention but also the treatment of this aggravating condition.
Overall, my advice for the prevention and treatment of overtraining is to "train with your brain." Exercise hard, but more importantly, exercise smart!
Dr. Warren Willey, DO Recommend this article to a friend by e-mail here!
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