Chapter 9 - Craniosacral Flashcards
Components of the primary respiratory mechanism (5)
CNS, CSF, Dura, Cranial bones, Sacrum
Attachments of the dura (4)
Foramen magnum, C2, C3, S2
Cranial rhythmic impulse
Rate?
Fluctuation of the CSF that is palpated on the skull
10-14 per minute
Factors that decrease the CRI (4)
Stress
Depression
Chronic fatigue
Chronic infection
Factors that increase the CRI (3)
Vigorous exercise
Systemic fever
OMT
Midline bone flexion = paired bone ___
Extension (flEXion = EXternal rotation)
Reciprocal tension membrane
The tough dura that acts as an inelastic rope between the cranium and the sacrum
Vertical strain - how do the sphenoid and occiput rotate?
They rotate in the SAME direction around separate transverse axes
Lateral strain - how do the sphenoid and occiput rotate?
They rotate in the SAME direction around separate vertical axes
Head shaped like a parallelogram - diagnosis?
Lateral strain
What is a PHYSIOLOGIC strain pattern?
Which ones can be this?
One that does not interfere with the flexion and extension components
Torsion, SB/R
Trauma to the back of the head
Severely decreased CRI
SBS Compression
Vagus problems - SDs? (3)
OA, AA, and/or C2
Poor suckling of newborn - SDs? (2)
Condylar compression (XII) IX and X at jugular foramen
4 goals of craniosacral OMT
- Reduce venous congestion
- Mobilize articular restrictions
- Balance the SBS
- Enhance the RATE and AMPLITUDE of the CRI