05/25/2026
C1/C2 isn’t “out.”
It’s being held there.
When someone says their atlas or axis is “out of place,”
the next question is:
What muscles are putting it there?
Bones don’t migrate on their own.
They respond to force.
And in the upper cervical spine — where neurological density is incredibly high — even subtle asymmetrical tone in the suboccipitals, SCM, scalenes, or deep cervical stabilizers can create rotational bias and positional distortion.
The neurosomatic approach asks:
• What neurological input is driving this tone?
• What compensation patterns may have reinforced it?
• What muscles are overpowering its antagonist?
• What stabilizers may have failed to do their job?
When you normalize the neuromuscular imbalance,
the skeletal alignment often follows.
That’s a different level of thinking.
At the Center for Neurosomatic Studies, students are trained to analyze the relationship between muscle tone, neurological input, and joint position — especially in sensitive regions like C1/C2.
While we can “put bones back.”
We can't neglect the forces acting on them.
If you want to learn how to assess cervical dysfunction through a neurosomatic lens — Reach out to us.
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