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20 Cards in this Set

  • Front
  • Back
T1 - T4
head and neck
T1- T6
heart and lungs
T2- T8
upper extremity and esophagus
T5- T9
upper GI system
T10
kidneys
T10- T11
middle GI & gonads
T11-L1
upper ureter
T11-L2
lower extremity
T12- L2
lower GI
bladder
uterus & prostate
Soft Tissue Contraindications
skin disorders
acute muscle strains
ligamentous or tendon inflamation
bone fractures
infections in organs
deep vein thrombosis
HVLA Couterindications
unstable anatomy at or near somatic dysfunction
patient refusal
joint infections
sever muscle spasm
sprain
osteoporosis
Muscle Energy Counterindications
infections in muscle
tear in muscle
fracture or dislocation of joint
instability of cervical spine
joint swelling
unresponsive patient
direct technique
restriction take TO restrictive barrier in one or more P of M

using activating forces to carry the dysfunction through the barrier

Soft tissue, LVMA, Myofascial release, Muscle Energy, HVLA
indirect technique
restriction taken AWAY FROM restrictive barrier

move joints in direction of ease, release due to inherent forces

Muscle Counterstrain, Balanced ligamentous tension
Muscle Energy Indications
specific motion restriction
joint motion loss
muscle hypertonicity
Concentric contraction
A concentric contraction is a type of muscle contraction in which the muscles shorten while generating force.
Eccentric contraction
During an eccentric contraction, the muscle elongates while under tension due to an opposing force being greater than the force generated by the muscle.
Isometric contraction
An isometric contraction of a muscle generates force without changing length. An example can be found when the muscles of the hand and forearm grip an object; the joints of the hand do not move, but muscles generate sufficient force to prevent the object from being dropped.
HVLA Indications
articular somatic dysfunction
firm distinct articular barrier, abrupt or hard end feel.
Dosing Guidelines
“Find it, fix it, and leave it alone.” A.T. Still
Allow the patient time to respond The ability of patients to respond is variable
1. The sicker the patient, the less the dose 2. Caring compassionate novices often err on the side of overdose 3. Allow time for the patient to respond to treatment 4. Do not waste the dose on insignificant areas. Concentrate on key areas needing treatment. 5. Chronic disease requires chronic treatment 6. Acute cases should have a shorter interval between treatments; as they respond, the interval is increased 7. Pediatric cases can be treated more frequently 8. Geriatric patients need a longer interval to respond to treatment. For acute conditions they may need
short treatments more frequently to support homeostasis