Myths of Stretching
By Peter Rouse, Director
Optimum Performance
First let me clear things up
here first – I should have titled this article “Myths of Flexibility
Training” however because of the number of articles being published
on stretching I thought I would keep it to a familiar subject title.
Let’s start with the most common
myth – static stretching should not be performed prior to activity.
So why has static stretching been given such a bad rap? Because some
poorly designed study should that static stretching would inhibit
neural activity in the stretched muscle – decreasing its strength
and possibly increasing the risk of injury when performed prior to
training and physical activity. I can show you even more studies
that show that the opposite is true – so who do we believe?
Everyone seems to be on the
dynamic warm-up bandwagon these days but is this truly the best
method or should it just be one tool and a very large tool box?
I think one reason why many
people are quick to jump on board with the static stretching is bad
and dynamic stretching is good could be because that is the limit of
their tool box.
With the Optimum Performance
Training System (OPTS) a wide variety of tools are used to optimize
the desired results. Static stretching has its place as does dynamic
stretching but these are just two of the methods of flexibility
training utilized by the OPTS. Below you can see some of the “tools”
used for integrated flexibility training.
| MyoFascial
Release |
| Static Stretching |
| Neuromuscular Stretching |
| |
Contract-Relax |
| |
Contract-Relax-Antagonist-Contract |
| Active Isolated Stretching |
| Dynamic Stretching |
|
Facilitated Stretching |
| Eccentric Quasi-Isometrics |
| Neurodynamic Mobilization |
| Self-Mobilization Techniques |
And this is just OPTS Level 1 –
so as you can already see there is more out there it’s just a matter
of knowing when and how to use these tools.
Following flexibility training,
techniques known as Neuromuscular Activation Technique and
Facilitated Neuromuscular Activation are incorporated to heighten
neural activity in individual muscles and movement patterns before
we even begin the process of complex training. So the flawed
argument does not hold water when even applied to just static
stretching which has been shown to create neural inhibition in the
muscle being stretched (which in some cases is exactly what we are
looking for).
Before you jump on the bandwagon
also you may want to investigate further and then make up you own
mind – don’t just blindly follow the pack because everyone else is.
For more information on upcoming
Integrated Flexibility or Neuromuscular Activation Technique and
Facilitated Neuromuscular Activation seminars then click
here.
The OPTS Level 1 Integrated
Flexibility course is also available on DVD by clicking
here.
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