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33 Cards in this Set

  • Front
  • Back
Hyperfunction: characteristcs
1.
2.
3.
4.
5.
6.
1. "Tight" musculature
2. Hypertrophies and fixations
3. Joint stress
4. Exercise - need for stretching
5. Extreme - circulatory imbalance and muscular atrophy
6. slang - "muscle-bound", "stiff-jointed"
Hypermobility: characteristics
1.
2.
3.
4.
5.
6.
1. "Loose" musclature
2. Rib cage rotations and subluxations
3. Joint lack of support
4. Exercise - need for isometrics
5. Extreme - capsular imbalance and joint atrophy
6. Slang - "lax ligaments", "double-jointed"
Muscle tend to tighten in a manner that ___ ligament tension
opposes
Unlike muscles, ligaments don't get ___
tired
Proprioception: The awareness of ___, ___, and changes in ___ (___).
posture
movement
equilibrium
Afferent
Muscle proprioception: The major ability of muscle proprioceptors is in ___.
tension detection
Ligament proprioception: Te major ability of ligament proprioceptors is in ___.
pain detection
Fascia - no ___.
Like muscles, fascia is more ___ than ligaments.
propriocetion
contractile
The upper lumbar is frequently a cite of a tension shift in myofacia from one side to the other. When one finds a shit in tension from right in the upper lumbar to left in the lower lumbar the left tension usually carries into the left gluteal, hip and often the leg. such a tension shift in myofascia anywhere in the body is termed "___".
cross tension
Cervical correction by ligamentous impact
- find cervical ___ ___ on one side
- contact ___ to transverse on that side
- turn head ___ apical tension side
- apply ___ "___ ___" force on the spinous after reaching end feel by stressing the neck fully w/ other hand on pt's ___ cranial side, done supine or prone.
apical tension
posterior
towards
anteromedial "not rotary"
opposite
Cervical correction by muscular stretch:
Lower cervicals
- utilize the "___ ___ ___"
- stretch the ____________
"prone cervical stretch"
side of lower cervical apical tension last
Cervical correction by muscular stretch:
Upper cervicals
- Utilize "___ ___"
- trun head ___ apical tension side last
"cervical break"
toward
This is a name given to a situation in which there is both inner and outer muscle tension on one side.
The cervico-thoracic interlocking spastic syndrome.
Arthritis - tendency toward ___ of a normally freely movable joint.
Reported Sx indicating cervical arthriteis:
1.
2.
3.
ossification
1. Loss of cervical rotation
2. Severe stiffness and/or hyperesthesia
3. Loss of lateral flexion
Cervical dichotomy
In cases of ___ ___ ___ pathology the lower cervical segments tend to reveal tension on the side ___ the upper cervical tension.
primary upper cervical
opposite
Cervical dichotomy
in cases of ___ ___ ___ tension the upper cervical segments tend to reveal tension on the ___ ___ as the lower cervical tension
primary lower cervical
same side
Reported Sx of upper cervical pathology
1.
2.
3.
1. headache
2. nausea
3. little or no restriction of motion, unless lower cervical is also involved
Identification of upper cervical pathology
- palpation of ___ cervical prominence
- max tension on the ___ ___ ___
- on this side the cervical musculature is ___ and the TP in ___, the spinous being displaced ___ the side of max tension
2nd
side of pathology
tighter
anterior
toward
Treat upper cervical muscle pathology by turning the pt's head ___ the side of upper cervical tension.
toward
Treatment of upper cervical pathology
Pt. supine
- transverse pressure
- turn head ___ max spinous tension
- operator's ___ hand (hand on side toward which pt's head is turned) supports pt's ___ side parietal area
- operator's ___ hand contacts ___ aspect of ___ of C1,2, or 2 on the side ___ cervical spinous tension
- head is tilted at appox. a ___degree
- directo applies pressure ___ on ___ aspect of ___ while other hand holds cranium in place. slight rotary
toward
lead
tension
following
posterior
TP
opposite
45
antero
posterior
transverse
Treat upper cervical pathology by traction
1.
2.
3.
1. pt. supine - use of towel
2. pt. supine - manual - cradle occiput
3. pt sedentary - manual - cradle occiput while holding pt's shoulders down w/ operator's elbows.
Lower cervical
1st rib involvement
A superior 1st rib on one side is generally indicative of
1.
2.
3.
1. lower cervical tension on the opposite side
2. scalene muscle tightness on that same side
3. TP (lower cervical and upper thoracic) posteriority on that side
Lower cervical
1st rib involvement
Tx
1. scapular infero stretches on ___ side on 1st rib
2. Prone - direct heavy ___ on affected 1st rib, best done w/ pt's hand behind his back.
3. Sedentary - ___ hand contacts pt's superior 1st rib and forces infero while operator's ___ hand forces ___ toward ___ side by contracting the pt's ___ side parietal area.
3.
1. affected
2. infero
3. following
lead
affected
non-affected
Lower cervical lateral rotation
Identification
1.
2.
3.
1. Max spinous tension on rotated side
2. Superior 1st rib on other side
3. Trapezius contraction on rotated side
Lower cervical lateral rotation
Tx
Prone cervical muscular diadjacent
- w/ pt. prone turn head ___ non-affected side
- w/ the lead hand the operator applies pressure superolaterally ___ the pt's affected side by contacting the pt's parietal area
- at the same time w/ his other hand the operator applies pressure in ___ direction by contracting the pt's medial scapular border and/or 1st rib region on the affected side.
towards
away from
inferolateral
Prone cervical ligamentous diadjacent
- turn head ___ affected side
- w/ the lead hand, the operator applies pressure supero laerally ___ the pt's affected side by contacting the parietal area.
- at the same time w/ the other hand, the operator applies pressure in ___direction by contacting the pt's medial scapular border and/or 1st rib on the affected side
away from
away from
infero lateral
AO Tx
Identification
- pt supine
- To reach this joint you must apply ___ ___ and ___ of the head simultaneously. ___ hand is under chin while other hand applies palmar contact on pt's mastoid area of ___ side. W/ neck fully stressed take AO tension findings by forcing ___ ___ in ___ direction. More resistance may become apparent on one side. Next ___ the head the opposite way and repeat the procedure. You will find that the direction of resistance (in lat. flexion) will be ___ that of the previous finding, confirming your diagnosis. In addition, the tension side AO is revealed by ___ ___ and ___ ___ when the head is roated in that direction during diagnosis.
firm traction
rotation
lead
opposite
lateral flexion
each
rotate
opposite
less mobility
more discomfort
AO Tx
Tx
- turn head __ the side of AO tension. Stress the neck by __ __ and ___. Apply lateral flexion ___ non-tension side to "open up" the tension side. Apply hard directo in the above ___ directions simultaneously.
toward
full traction
rotation
toward
three
Naprapathic Motion Analysis - Cervical

Head Rt (L) - No Change
Head Rt (R) - (R) leg shortens in extension
MR (R) cervical
Naprapathic Motion Analysis - Cervical

Head Rt (L) - (L) leg shortens in extension
Head Rt (R) - (R) leg shortens in extension
MR Bilateral Cervical
Naprapathic Motion Analysis - Cervical

Head Rt (L) - (L) leg shortens in extension
Head Rt (R) - No change
MR (L) Cervcal
Naprapathic Motion Analysis - Cervical

Head Rt (L) - (R) Leg shortens in extension
Head Rt (R) - (R) leg shortens in extension
Total (R) Cervical
Naprapathic Motion Analysis - Cervical

Head Rt (L) - (L) leg shortens in extension
Head Rt (R) - (L) leg shortens in extension
Total (L) Cervical