In NeuroStructural chiropractic, we often encounter
questions relating to movement patterns, movement dysfunction, and how to
rectify faulty mechanics in human movement. Many folks ask for these tips to
improve athletic performance, reduce pain, or to prevent injury. There are a
variety of resources available online and in stores that dive deeply into
various movement patterns including the squat, push up, crawling, etc. that are
very helpful. However, properly implementing the improper strategy will not
deliver the desired result. I find that the movement that folks are commonly
focused on is not the primary movement to be addressed, and as such it’s
important to highlight one of the most important and overlooked movement
patterns from a NeuroStructural chiropractic perspective – BREATHING!
That’s right, breathing. You may have been expecting a more
glamorous answer such as the overhead squat, the Turkish get-up, or maybe even
basic running mechanics. While all of those specific movement patterns are
important, you must first be proficient in prerequisite movements before you
can safely move on to more advanced moves. So, in order to bring it back to the
basics of functional breathing, we must acknowledge the important concepts at
play: Parts, Programs, and Practice.
Parts:
Since breathing is the primary form of respiration for our
bodies, it is extremely important to move in this pattern efficiently and effectively. The
mechanics of breathing are complex and involve a host of body parts that must
act in concert to produce a stable, steady pattern. For the purposes of this
article, we will highlight the major players. The primary muscle involved in
breathing mechanics is the diaphragm. This parachute shaped muscle lines the
floor of the thorax and serves as the “ceiling” of the abdominal cavity. The
diaphragm not only drives breathing, but it is also extremely important in
developing and maintaining spinal stability throughout life. In fact, babies
begin to sit up, stand, and walk independently as the diaphragm is
strengthened. Without the prerequisite spinal stability that the diaphragm
provides, little ones would not be rigid enough to stand on their own two feet.
It is no mistake that spinal stability and breathing go hand-in-hand, as we
developed both simultaneously early in life. As we grow older, our modern
lifestyle lands us in a sitting position for many hours per day which inhibits
the proper function of the diaphragm for both breathing and spinal stability.
Without the efficient use of the diaphragm, our bodies use accessory muscles to
expand the rib cage in order to draw in air for oxygenation. These accessory
muscles were never intended to be the main drivers in our breathing, and often
become overworked and lead to chronic pain. For example, the scalene muscles in
the neck help to elevate the rib cage during exertion. Without breathing driven
by the diaphragm, these small muscles begin to do a disproportionate amount of
work and become strained. Folks who often rely on accessory musculature for
breathing often have hunched shoulders and a cavity just above the collar
bones. TEST: if you think your scalene muscles may be overworked, simply
palpate (gently feel with your fingertips) the area directly above your
collarbones on the side of the neck. If you feel sore, rope-like muscle fibers,
you’ve likely overworked your scalene muscles in breathing.
Patterns:
When it comes to movements we must establish the concept of neuroplasticity. This fancy word describes the programming of our brain to operate in consistent patterns of movement. Like writing code for a computer program, the “data” that we send to the brain as we intentionally move hardwires certain pathways to become our default setting. If you have ever tried a new sport, instrument, or language you may recall how awkward and foreign the demands of a new task felt. With hours of consistent practice, things that once took a lot of concentration become second nature. This is neuroplasticity at work. Through consistent, intentional practice we can “re-wire” our brains to learn new patterns – or in this case re-learn. Learned patterns become consistent patterns, and consistent patterns create change.
When it comes to movements we must establish the concept of neuroplasticity. This fancy word describes the programming of our brain to operate in consistent patterns of movement. Like writing code for a computer program, the “data” that we send to the brain as we intentionally move hardwires certain pathways to become our default setting. If you have ever tried a new sport, instrument, or language you may recall how awkward and foreign the demands of a new task felt. With hours of consistent practice, things that once took a lot of concentration become second nature. This is neuroplasticity at work. Through consistent, intentional practice we can “re-wire” our brains to learn new patterns – or in this case re-learn. Learned patterns become consistent patterns, and consistent patterns create change.
Practice:
The average person takes between 8-12 breaths per minute,
every minute of every hour, every hour of every day. If you’ve been doing so
with a faulty pattern, it will take consistent practice to “reprogram” that
movement pattern. You will need to be focused and intentional with your
practice at first, and then find that in time it becomes more natural. Yoga is
a terrific way to build awareness of how your breath and movement (should) flow
together. Follow these steps to begin the consistent practice of proper
breathing:
·
Focus your mind on the activity that you are
performing – in this case breathing. It often helps to start out without other
distractions. (start doing this as you lay in bed each night. Spend several
minutes practicing your breathing before you fall asleep.)
·
Place one hand on your belly and the other hand
on your chest. This will give you tactile feedback to feel the proper pattern
and helps to focus the brain on the activity at hand.
·
Begin by inhaling in such a way as feel your
abdomen rise underneath your hand. This
is achieved with downward motion of the diaphragm which will expand your
ribcage. Slowly inhale in this way for 3-5 seconds.
·
As you are inhaling, direct the breath that
started in your abdomen toward your chest. You should feel the hand on your
belly rise first (seconds 1-3) and then the hand on your chest (seconds 3-5).
The breath should move up naturally, expanding the chest comfortably as your
reach full inhalation.
·
Allow the chest and abdomen to relax naturally
reversing the motion that you just performed. Slowly exhale for 3-5 seconds
completing one cycle of breathing.
·
Perform 5-6 cycles slowly and intentionally. The
entire process will take around one minute’s time. Consistently practice
getting the movement down.
It may be difficult at first, but
mindful practice will show quick improvement. This pattern also helps
tremendously when feeling anxious or stressed as it switches your body out of
“fight-or-flight” mode. We can all find one minute per day to improve our
health!


