Success Treating Migraine -- How to Treat it
A client came in whom I've worked with a lot. Her spine has many twists and turns from multiple falls being an equestrian for 25 years. At this point, in her 60's she's experiencing a lack of energy and general difficulty putting on muscle. Migraines are part of the picture.
I've worked with her sub-occipital rotators before but they haven't stayed corrected. The migraines are less frequent but not gone. What else am I missing? Clients who present with complex problems are my favorite these days because they make me think and learn new things. Sometimes I have to relearn something....
A major area of instability in many people's spine is at the base of the rib cage where the lumbar spine is vulnerable to torque injuries. A left torque will create weakness down the medial side of the opposite leg and up into the back of the opposite shoulder and also inhibit the ability to twist the spine to the right. Often this will be accompanied by an inability to get the 'push reflex' to work through the left leg. All these events are predictable and repeatable. If you don't correct that fundamental torque, the problems will recur.
The work the client does at home is crucial.
I corrected the sub-occipitals then had my client fire off the left lumbar preferred rotation. I then rechecked the neck and the correction I had done minutes ago was gone. I released the left lumbar at the T12, L1 junction, training the spine to be able to rotate right without using the left back extensors to push it. (Yes, your back extensors will get active in rotation if your rotators don't work.) After releasing the left QL and Extensors at T12/L1 I retested the sub-occipitals and they were testing strong. I ran the same tests twice through to double check. Yup, doing fine.
I saw that client again today. I ask how the Migraines were since our new discovery. SHE HADN'T HAD A MIGRAINE IN FOUR MONTHS. Miracle! When I retested the left lumbar rotations to the sub-occipitals no errors occurred in the firing patterns. No muscles 'switched off', a term used for muscles that fail to respond reliably when muscle tested.
For those of you who know muscle testing, you can test the preferred lumbar rotation against the cervical rotations and release the lumbar to correct the cervical inhibitions. Pictured here are 2 of the major players in lumbar rotation: QL and Serratus Posterior Inferior SPI, (a very important player which opposes the full expansion of the back of the diaphragm. Frequently locked short following past falls which ‘knocked your breath out’). These short tight muscles end up inhibiting the sub-occipitals on the opposite side.
A major area of instability in many people's spine is at the base of the rib cage where the lumbar spine is vulnerable to torque injuries. A left torque will create weakness down the medial side of the opposite leg and up into the back of the opposite shoulder and also inhibit the ability to twist the spine to the right. Often this will be accompanied by an inability to get the 'push reflex' to work through the left leg. All these events are predictable and repeatable. If you don't correct that fundamental torque, the problems will recur. If you don't address the secondary relationship between suboccipital torque and Thoraco/Lumbar torque, the problems will recur.
What is the role of Serratus Posterior Inferior? I looked up an image of it. It's a lot more superficial than I thought.
This lovely strong muscle the Serratus Posterior Inferior ties our lowest ribs to our spine. When you take a blow to your back and get the ‘wind knocked out of you’ this muscle contracts and frequently doesn’t let go. SPI is superficial compared to the QL, another prime suspect for being ‘frozen’ tight = always a culprit when someone’s ‘back went out’, along with the Quadratus Lumborum on that same side.
Jocelyn Olivier :: Founder :: Neuromuscular Reprogramming
