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How Can One Prevent Overtraining?
By Vince DelMonte
We've all over-trained at
least once in our lives, and we've paid for it. Overtraining is a serious
problem amongst bodybuilders. Very often a new bodybuilder who thinks "more
is better" is a victim of overtraining. It is important for all bodybuilders
to beware of the effects of overtraining and how to prevent it.
What are some of the effects of overtraining?
If you are a bodybuilder
or simply interested in packing on as much muscle mass as possible than you
must be prepared to train at the highest level possible. You must be able to
increase your volume and intensity in each training session and each
training cycle if you wish to maximize your full genetic potential.
Unfortunately, these increases
in volume and intensity often occur prior to the trainee's body being ready
to handle them again. When insufficient recovery takes places, the
increasing strategy immediately backfires, resulting in a variety of
negative effects on the body:
Autonomic Nervous System
and Overtraining
There are numerous
abnormal changes that occur in the body when overtraining is suspected via
the autonomic nervous system. The bottom line is that a decline in
performance will be observed which will reflect changes in the neural and
endocrine systems of the body that are controlled by either the sympathetic
or the parasympathetic nervous system. Sympathetic overtraining can lead to
· increased resting
heart rate,
· increased blood
pressure,
· loss of appetite,
· decreased body mass,
· sleep disturbances,
· emotional
instability, and
· elevated basal
metabolic rate.
Many studies suggest that the
parasympathetic nervous system is more dominant in overtraining but
regardless the same performance decline will be shown in a variety of
responses. Signs of para overtraining can lead to
· early onset of
fatigue,
· decreased resting
heart rate,
· rapid heart rate
recovery after exercise, and
· decreased resting
blood pressure
Just because one of these
signs are present does not confirm overtraining. Often two or more symptoms
must be present to prevent a false assumption of overtraining.
Hormonal Responses and
Overtraining
It is difficult to confirm
overtraining of the hormonal system because the measurement of these
hormones is expensive, complex and time-consuming so there are not many
tests that can be widely used to validate hormonal overtraining.
However, of the studies down,
measurements of various blood hormone levels during periods of intensified
training suggest marked disturbances in endocrine function accompanying
excessive stress. When training intensity is increases the following is
often noticed
· Blood levels of
thyroxine decrease,
· Blood levels of
testosterone decrease,
· Blood levels of
cortisol increase.
Since the ratio of
testosterone to cortisol regulates the anabolic process of recovery, this is
a important indicator to predict overtraining. Increased cortisol combined
with decreased testosterone can lead to more protein catabolism than protein
anabolism in cells. This typically results in the loss of body mass because
overtrained athletes have a higher blood levels of urea and since urea is
produced by the breakdown of protein, this indicates increases protein
catabolism.
Immune Responses and
Overtraining
One of the most serious
consequences of overtraining is an attack on your body's immune system. This
is extremely negative because your immune system is your first line of
defense against invading bacteria, parasites, viruses and tumor cells. If
your immune system if compromised via overtraining than illness may occur.
Intense training and excessive
training can really suppress your body's level of antibodies and lymphocytes
which can result in illness when these levels are lower than normal.
Metabolic Responses and
Overtraining
Metabolic fatigue is the
form of overtraining that most are aware of and the form most often
discussed.
· Small micro tears in
the muscle,
· Depletion of
glycogen stores,
· Accumulative build
up of lactic acid,
· Slower muscle
contraction,
· Creatine phosphate
stores are exhausted,
· Reduced oxygen
delivery to muscles,
· Delayed muscle
soreness
· Damaged tendons.
Overtraining
Continued
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