Cranial III Flashcards
For a vertical strain. What is the axis? Movement? How are they named (e.g. superior strain)?
Axis: two parallel transverse axesMovement Sphenoid and Occiput (S&O) move in the SAME CLOCKWISE directionNamed: Direction of the BASE of SPHENOID (superior or inferior)
For a lateral strain. What is the axis? Movement? How are they named (e.g. left lateral strain)?
Axes: 2 parallel vertical axesMovement: Sphenoid and Occiput (S&O) move in SAME clockwise directionNamed: Position of the BASE of the SPHENOID (if sphenoid to left = left lateral strain, etc.) [This is OPPOSITE to the wings of the Sphenoid]
For a torsion strain. What is the axis? Movement? How are they named (e.g. right torsion) ?
Axis: One AP axis (antero-posterior)Movement: Sphenoid and Occiput (S&O) move in OPPOSITE directionsNamed: for the higher (more cephalad) greater wing of the sphenoid. Right torsion have your hand rotated backward.
For a Sidebending & Rotation Strains:What is the axis? Movement? How are they named (e.g. right torsion) ?
Sidebending: S&O move in OPPOSITE direction about two parallel vertical axisRotation: S&O move in SAME direction about one AP axisNamed: Side of Convexity (left sidebending/rotation has left convex head)
What are the 5 principles of PRM?
1) fluctuation of CSF2) Inherent MOTILITY of CNS3) MOBILITY of intracranial and intraspinal membranes4) Articular mobility of cranial bones5) Involuntary mobility of Sacrum between illa
When you are doing “air hands” in vault hold. What happens to your index and pinky in flexion?
Index and Pinky move DOWN AND OUT[I ain’t flexible! let’s kick that pinky down and out!]
When you are doing “air hands” in vault hold. What happens to your index and pinky in extension?
Fingers move UP and TOGETHER[Are you going to extend up to put those pinky balloons together?]
For a Right Sidebending/Rotating Strain, how does the head appear?
Convex or fuller on the right with a DOWNWARD tilt toward the right.
Which is Dr. Sandhouse’s favorite way to treat strain?a) Balanced Membranous Tension (BMT)b) Exaggerationc) Disengagementd) Direct Articular Releasee) Respiratory Cooperationf) CSF Fluctuation
a) Balanced Membranous Tension (BMT)