CMTO - Treatment: Therapeutic
Exercise & Thermal Applications
Questions All Solved Correct.
what type of contracture: musculotendinous unit has adaptively shortened and significant loss
of ROM
(myostatic, pseudomyostatic, arthogenic/periarticular, fibrotic/irreversible) - Answer
myostatic
what type of contracture: limited ROM as a result of hypertonicity associated with CNS lesions,
mm spasm/guarding and pain
(myostatic, pseudomyostatic, arthogenic/periarticular, fibrotic/irreversible) - Answer
pseudomyostatic
what type of contracture: reults of intra-articular pathology - adhesions, synovial proliferation, jt
effusion, irregularities
(myostatic, pseudomyostatic, arthogenic/periarticular, fibrotic/irreversible) - Answer
arthogenic/periarticular
what type of contracture: after long periods of immobilization or after tissue trauma
(myostatic, pseudomyostatic, arthogenic/periarticular, fibrotic/irreversible) - Answer
fibrotic/irreversible
what type of tissue deformation: when load applied for extended period of time the tissue
elongates and does not return
(creep, stress-relaxation, cyclic loading + CT fatigue) - Answer creep
what type of tissue deformation: decrease in force required to maintain that length/tension in
tissue decreases
(creep, stress-relaxation, cyclic loading + CT fatigue) - Answer stress-relaxation
, what type of tissue deformation: repetitive loading of tissue increase heat production and may
cause failure below yeild
(creep, stress-relaxation, cyclic loading + CT fatigue) - Answer cyclic loading + CT fatigue
what type of PNF stretching is the best option when the muscle needing to be stretched cannot
be placed under stress
(CR, Agonist, CRC) - Answer agonist
autogenic inhibition is associated with what PNF stretch
(CR, agonist, CRC) - Answer CR
reciprocal inhibition is associated with what PNF stretch
(CR, agonist, CRC) - Answer agonist
T/F: autogenic inhibition is relaxation in the same mm that is experiencing increased tension -
Answer true
T/F: reciprocal inhibition occurs in the same muscle experiencing increased tension - Answer
false - opposing muscle
T/F: PNF theory suggests that when agonist is activated and contracts concentrically, antagonist
is reciprocally inhibited allowing to lengthen and relax more readily - Answer true
which type of stretching: utilize an external force
(manual/mechanical, passive, assisted, self-stretching, ballistic) - Answer manual/mechanical
which type of stretching: no pt assistance
(manual/mechanical, passive, assisted, self-stretching, ballistic) - Answer passive
which type of stretching: pt assistance
Exercise & Thermal Applications
Questions All Solved Correct.
what type of contracture: musculotendinous unit has adaptively shortened and significant loss
of ROM
(myostatic, pseudomyostatic, arthogenic/periarticular, fibrotic/irreversible) - Answer
myostatic
what type of contracture: limited ROM as a result of hypertonicity associated with CNS lesions,
mm spasm/guarding and pain
(myostatic, pseudomyostatic, arthogenic/periarticular, fibrotic/irreversible) - Answer
pseudomyostatic
what type of contracture: reults of intra-articular pathology - adhesions, synovial proliferation, jt
effusion, irregularities
(myostatic, pseudomyostatic, arthogenic/periarticular, fibrotic/irreversible) - Answer
arthogenic/periarticular
what type of contracture: after long periods of immobilization or after tissue trauma
(myostatic, pseudomyostatic, arthogenic/periarticular, fibrotic/irreversible) - Answer
fibrotic/irreversible
what type of tissue deformation: when load applied for extended period of time the tissue
elongates and does not return
(creep, stress-relaxation, cyclic loading + CT fatigue) - Answer creep
what type of tissue deformation: decrease in force required to maintain that length/tension in
tissue decreases
(creep, stress-relaxation, cyclic loading + CT fatigue) - Answer stress-relaxation
, what type of tissue deformation: repetitive loading of tissue increase heat production and may
cause failure below yeild
(creep, stress-relaxation, cyclic loading + CT fatigue) - Answer cyclic loading + CT fatigue
what type of PNF stretching is the best option when the muscle needing to be stretched cannot
be placed under stress
(CR, Agonist, CRC) - Answer agonist
autogenic inhibition is associated with what PNF stretch
(CR, agonist, CRC) - Answer CR
reciprocal inhibition is associated with what PNF stretch
(CR, agonist, CRC) - Answer agonist
T/F: autogenic inhibition is relaxation in the same mm that is experiencing increased tension -
Answer true
T/F: reciprocal inhibition occurs in the same muscle experiencing increased tension - Answer
false - opposing muscle
T/F: PNF theory suggests that when agonist is activated and contracts concentrically, antagonist
is reciprocally inhibited allowing to lengthen and relax more readily - Answer true
which type of stretching: utilize an external force
(manual/mechanical, passive, assisted, self-stretching, ballistic) - Answer manual/mechanical
which type of stretching: no pt assistance
(manual/mechanical, passive, assisted, self-stretching, ballistic) - Answer passive
which type of stretching: pt assistance
