Adaptations To Sprint Training
By Vince DelMonte
If you are looking to improve your physical
conditioning, sprint training is one of the
best ways to go about doing so.
Many individuals prefer sprint training
because it takes a lot less time than
traditional forms of cardio that have you going
for thirty to sixty minutes at a time and there
are a great number of benefits that will be
seen when you do this more intense form of
sprint training workout.
EPOC
One of the biggest benefits you’ll get from
sprinting is the EPOC effects it creates. This
is known as excess post-exercise oxygen
consumption and is where the body will expend a
great deal of calories returning the body back
to its former state after the workout.
Because sprint training is so intense, this
will contribute to a large calorie burn after
you have finished the workout. To even further
increase the EPOC that is seen, consider doing
hill sprint training. Since this is even more
intense in nature, it will further challenge
your body.
Metabolic Adaptations
Next, when you perform a number of sprint
training workouts, the body will upregulate its
ability to produce enzymes that are going to
work at increasing the storage capacity of the
muscle for energy substrates such as ATP.
This then has the corresponding effect of
allowing you to work out harder for a longer
period of time without fatigue setting in. Note
though that this occurs when you are working
more on the aerobic side of things, so while it
is intense, you are still utilizing oxygen.
If no oxygen is present, you will only be
able to last 5-20 seconds, regardless of how
well conditioned you are (the better condition
you are though, the harder you will be able to
work during that time).
Phosphate Metabolism
The next benefit you’ll get with sprint
training is its effect on phosphate metabolism.
Phosphate creatine stores comprise a major
component of the body’s fuel source for
muscular activity, so anything you can do to
increase this is going to be beneficial.
Myokinase is an enzyme that is responsible
for resynthesizing the energy from phosphate
creatine, and with sprint training, it will
increase its concentration within the muscle
tissue by up to 20%.
Glycolysis
The next adaptation that will occur after
you’ve been doing sprint training for a period
of time is that of glycolysis. This is the
primary form of metabolism used during a 10
second all out sprint and contributes between
55 and 75% towards energy production during
exercise.
Phosphofructokinase (PFK), an enzyme that
catalyses the phosphorylation of the glycolytic
intermediate fructose 6-phosphate), has also
been shown to increase when sprint training is
performed, along with the enzymes of lactate
dehydrogenase and glycogen phosphorylase (other
enzymes responsible for the glycolysis
system).
Intramuscular Buffering Capacity
Finally, the last adaptation that’s seen
with sprint training is the buffering capacity
of the muscle. During glycoglysis, various
byproducts are created such as lactic acid, and
when these accumulate, it causes the extreme
feelings of fatigue in the muscle tissues.
This then forces you to stop exercising as
the fatigue sets in and often will be the end
of your workout.
Overtime, sprint training will increase your
ability to buffer these byproducts so that you
can then workout for a longer period of time
while maintaining that intensity.
So, next time you’re debating about whether
to do a sprint training session or a moderate
paced cardio session lasting for 40 minutes or
so, opt for the sprint session.
The benefits you’ll receive are far more
numerous and fat loss will be kicked up a notch
as an added benefit. Keep in mind that for
these type of benefits to occur, you want your
sprints to last somewhere in the neighborhood
of 20 seconds to 40 seconds, with a work to
rest ration of about 1:2. Repeat this process a
total of 6 to 8 times and begin and end with a
five minute warm-up and cool-down.
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