What is the number one New Year’s resolution? You guessed
it… to lose weight. Going a step further, 38% of New Year’s
resolutions are related to weight and fitness. Over 1
billion Americans make New Year’s resolutions each year. The
unfortunate truth is that after one week, nearly 25% of
those personal pledges are pledges no more, and by June,
over 50% of all New Year’s resolutions are renounced.
So what is it that makes New Year’s weight and fitness
resolutions so hard to stick with? Are we uncommitted,
overzealous, or a combination? Or how about none of the
above? As a physical therapist, the most common reason I see
people missing out on their New Year’s health and wellness
resolutions is injury.
Injuries may be newly acquired, an aggravation of an old
injury, or could simply be that persistent soreness that
will not allow you to continue. While there are many poorly
designed fitness regimes out there that predispose
individuals to injury, the root of the problem likely lies
in the foundation of your movement.
Movement denotes the act of a functioning body as it changes
position under it’s own power (2). Either conscious or
subconscious, humans cultivate their movement by forming
patterns throughout development. Movement patterns are
purposeful, and require the coordination of our minds,
bodies, and environments. If movement patterns are
dysfunctional, we may predispose ourselves to greater risk
for injury. This makes pattern recognition the first step in
laying the foundation towards better movement.
The human body is a tremendously intricate and well-designed
system that supports and promotes three dimensional and
diagonal movements. Each individual possesses different
functional capabilities, body types, and fitness goals, but
the fundamentals of our movement are all the same. Yet to
those outside the world of movement science, recognition of
movement patterns may seem anything but fundamental. But the
foundation of movement is not about strength, power,
endurance, or agility. It is not about skill and
performance. In all its complexity, movement patterns and
subsequent dysfunctions can be traced back to two key
aspects: mobility and stability.
Of the two, mobility must come first, because without
mobility, we will not be able to gain the necessary motor
control for stability. Does this mean that we need to
stretch more? Or that your stiff hip or knee is what is
causing your back pain? Not necessarily. In fact, there is
not sufficient evidence to endorse stretching before or
after exercise to prevent injury at all (3)! Normal motion
does not guarantee normal movement. Movement also requires
motor control, which includes stability, balance, postural
control, coordination, and perception.
So what has proven to work? The answer is movement
screening. Movement screening assesses function through a
balanced approach, centered on movement patterns rooted in
mobility and stability. Movement screening has proven so
useful that it is used effectively by organizations such as
the National Football League (NFL) (4) and the United States
Military (5).
Screening establishes the baseline. Once that movement
baseline is established, a personalized intervention program
designed to improve core strength (stability) and/or
functional movement (mobility) dysfunctions proven to
prevent injuries in workers whose work involves awkward
positions is warranted (6). The same can be true with your
exercise regime and fitness goals.
Even though we are well into 2013, the opportunity is always
there to prevent musculoskeletal injuries rather than to
react and respond when they occur. Unmanaged problems will
lead to compensations in the presence of pain and
dysfunction and prolong activity limitations.
“First move well, then move often.” – Gray Cook
For movement experts in your area, try one of these
resources:
American Physical Therapy Association – Find a PT
Functional Movement Systems – Find an Expert
Last revised: January16, 2013
by Nicholas W. Gigliotti, PT, DPT
References
1) http://www.livestrong.com/blog/how-to-make-your-new-years-resoloutions-stick-infographic/
2) Cook, G. (2010). Movement: Functional Movement Systems.
Aptos, CA: On Target Publications.
3) Thacker, S. B., Gilchrist, J., Stroup, D.F., & Kimsey Jr,
C. D. (2004). THe impact of stretching on sports injury
risk: a systematic review of literature. Medicine & Science
in Sports & Exercise, 36(3), 371-378.
4) Kiesel, K., P.J., Voight, M. (2007) Can serious injury in
professional football be predicted by a preseason Functional
Movement Screen? N Am J Sports Phys Ther, 2(3), 76-81.
5) O'Connor, F.G., Deuster, P.A., Davis, J., Pappas, C.G,
Knapik, J.J. (2011) Functional movement screening:
predicting injuries in officer candidates. Med Sci Sports
Exerc, 43(12), 2224-30.
6) Peate, W.F., Bates, G., Lunda, K., Francis, S., Bellamy,
K. (2007) Core strength: a new model for innjury prediction
and prevention. J Occup Med Toxicoll, 11, 2-3.
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