Whiplash, also referred to as a cervical flexion/extension
injury, is very common, and is the result of almost every auto accident. Anytime
the body is thrown or bumped around during the collision of two or more cars,
the soft tissue of the head and neck suffers some degree of injury. However,
whiplash injuries are not confined to just the head, neck and shoulders.
Most clients will be in a structural core distortion prior to
being involved in accidents. This core distortion pattern includes a rotation of
the iliums with strained ligaments between the ilium and sacrum that are unable
to provide weight bearing support to the sacrum resulting in a tippage of the
sacrum. The tipped sacrum does not provide level support to the spine which
results in a degree of scoliosis. The greater the tippage of the sacrum, the
worse the scoliosis of the spine due to the unstable sacrum/ilium relationship.
Another major factor is that the rotated iliums produce a long leg/short leg
discrepancy with distortions and imbalances in the legs to support and
compensate for the leg length difference. The scoliosis progresses from the
sacrum through the lumbar and thoracic vertebrae into the cervical vertebrae.
The scoliosis in the cervical spine is more fragile due to the increased
mobility and smaller size of the cervical vertebrae. In addition, there is less
soft tissue to support the cervical vertebrae.
There are also significant weakened strain patterns within
the muscle, fascia and other connective tissue as a result of the distortions
found in the core distortion. These strain patterns often result in a loss of at
least 50% of the strength and function of the soft tissue. The strain patterns
within the spinal stabilization muscles of the cervical spine are incapable of
preventing injury during stress or accidents.
Let’s examine what happened when Charles, a 25 year old
massage therapist, was rear ended in his car. He already had the core distortion
with the scoliosis and strain patterns in his neck and spine along with the
tippage of the sacrum, a long leg/short leg discrepancy, and a collapse at the
weight bearing juncture of the sacrum/ilium. He was stopped at a red light when
he was hit by a compact car going approximately 20 mph. At the time of impact
Charles had his seat belt with chest strap on so he was not thrown into the
windshield. In addition, the air bag inflated which protected his chest from
smashing against the steering column. With these safety factors it would appear
that his injuries would not be severe. However, they did not prevent him from
whipping back and forth with the greatest whip taking place at the top of his
spine in his cervical spine. This created additional problems throughout his
entire spine.
The whipping back and forth of his head and neck jerked up on
the connective tissue and musculature that runs the entire length of his spine
pulling up on the sacrum. This further destabilized the weight bearing
relationship between the sacrum and ilium resulting in more rotation of the
iliums and increased tippage of the sacrum. The entire core distortion was
impacted from his feet up to the top of his head. The weaknesses within the soft
tissue from the strain patterns found in the core distortion resulted in
significant injuries to the soft tissue throughout his whole body.
These weaknesses also destabilized the spine resulting in
dislocations of the vertebrae throughout the whole spine at the time of the
impact of the accident. The lumbar dislocations were complicated by additional
tippage of the sacrum and the inability of the damaged musculature to maintain
structure. The seat belt strap that was across his chest caused an increased
rotation of the vertebrae in the thoracic spine. However, the greatest degree of
injury was in the head and neck area where the force of the whipping was the
strongest.
The brain and the soft tissue of the cranium were also
damaged in the accident. Cranially the soft tissue was affected by the jerking
and pulling on the dura during the whipping force of the injury, and the brain
itself was battered against the hard prominences and strained fibers of the
reciprocal tension membrane including the tentorum (the sling that holds the
brain). This resulted in restricted cranial motion, distortion of the movement
of the cranial bones, and congestion of the cerebral spinal fluid. In addition,
the temporomandibular joint (TMJ) went further into distortion due to the
distortion of the cranium described above.
As you can see, fully rehabilitating a common whiplash injury
becomes very involved when you consider the magnitude of injuries within the
body from a seemingly insignificant impact. To fully support the client in the
rehabilitation process, the flexion/extension cervical injury needs to be
treated as a full body structural problem. The increase in the core distortion
following the accident needs to be rebalanced, and the soft tissue injuries
throughout the whole body need to be addressed. The good news is structure
begets function, and as the structure improves so too will the function within
the client’s body, often to the point of being more balanced than before the
accident occurred.
Thus, the goal of every protocol used in this rehabilitation
needs to include improving the structure to achieve long term results. Otherwise
the treatments will just be palliative, and the basic cause for continuing
problems will remain.
Those of you who have taken my Cranial/Structural Soft Tissue
Releases can apply Cranial/Structural techniques that will in one or two
sessions bring the sacrum/ilium back into weight bearing integrity and
dramatically reduce the scoliosis of the entire spine. In addition, they will
address the cranial complications from the whiplash injury described above.
There are three phases to be considered in the full
rehabilitation. The acute phase where there is significant inflammation,
swelling, splinting and the initial stages of healing of the soft tissue; sub
acute phase where the inflammation and swelling are reduced, the soft tissue
has partially mended, and range of motion is being restored; and the chronic
phase where the long term structural imbalances, adhesion and scar tissue
release and strengthening are priorities.
During the acute phase, after the condition has been
evaluated by a medical professional and the okay has been given for massage
treatment, the massage therapist needs to address the inflammation and swelling
in the damaged soft tissue. This will not only be in the neck, but throughout
the body and will usually involve several sessions alternating between treating
the head, neck and shoulders area and treating the pelvis and low back. These
protocols need to be applied with structural goals to decrease the structural
distortion from the injury. The 3-step approach to deep tissue therapy works
extremely well here as this protocol balances the structure, and works within
the clients pain threshold by first reducing fluid and inflammation, second
releasing myofascial holding pattern that holds the structural distortion and
splinting, and third addressing individual fibers, adhesions and scar tissue
(see article on the website and Massage Message Nov/Dec 2001). In the
acute stage the emphasis is put on the first two steps while allowing damaged
soft tissue to continue healing.
The sub acute stage begins when the inflammation and swelling
are already reduced and the soft tissue is partially mended. Because of what has
already been accomplished during treatment in the acute stage, there is a
lessening of discomfort and pain, and clients are ready for deeper work. At this
stage remobilization of soft tissue is extremely important both to reduce the
structural distortion and to re-establish the range of motion. Using the 3-step
approach the first step of reducing swelling and inflammation is usually
accomplished with several strokes. The second step of releasing the myofascial
holding pattern is used to reduce the structural distortion and increase the
range of motion. The third step of individual fiber strokes should be used
cautiously to work on the tissues that have already healed or are extremely
tight and need to be released to further balance the structure. Again at this
step the clients will note a significant improvement, greater range of motion
and less pain.
Treatment in the chronic phase will address the long term
structural imbalances, adhesion, scar tissue, and strengthening the structural
improvements. There will have already been significant improvement, and the
client will be ready for more specific and deeper work. The structural
improvements from the release of the myofascial holding pattern will be evident,
and the tightened individual fibers, adhesions and scar tissue will now need to
be addressed to release their restrictions on full range of motion.
As the core distortion is released, the tissue that was in
the strain patterns will be able to strengthen as the tissue heals. Additional
strengthening will take place through daily life activities when clients are
able to maintain the structural improvements. Once the structural improvements
can be maintained, range of motion is increased, and the strength has returned,
the client can often maintain normal life activities pain free.
This is the process that Charles went through. He was
referred for treatment within the first week of his injury. If clients are
already in the chronic stage when they arrive for treatment, all three phases of
the 3-step approach can be applied in each session with each successive session
progressing and working deeper until rehabilitation is achieved.
When whiplash referrals come from medical professionals,
please ask them to evaluate the entire structure. They often will only address
the area of initial client complaint. In whiplash injuries, painful conditions
of the low back and thoracic areas often don’t manifest for several days.
Evaluating these areas approximately a week after the injury will give a more
complete assessment for total rehabilitation
If you would like information on effective protocols to for
full rehabilitation, you can refer to my Back Pain and Head, Neck and Shoulders
books that can be purchased through our website.
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