Therapeutic Tx Approaches Flashcards

1
Q

active movement through range

A

mobility

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2
Q

static postural control, COG/BOS

A

stability

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3
Q

mobility on stability

A

dynamic postural control (controlled mobility)

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4
Q

weight bearing on one side w/ opposite extremity free/dynamic

A

static-dynamic postural control (controlled mobility)

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5
Q

consistent, efficient performance

A

skill

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6
Q

orients head to vision

A

optical righting reaction

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7
Q

orients head to vestibular input

A

labyrinthine righting reaction

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8
Q

rights head w/ tactile cues and proprioception

A

body-on-head BOH reaction

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9
Q

flex and turn head- body will follow- segmental rolling

A

neck on body righting reaction

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10
Q

flex and rotate LE- will turn prone segmentally

A

body on body righting reaction

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11
Q

deviations in COG b/c of support surface deviation will produce reaction in body and extremities to attempt to regain balance and move COG back in BOS. Spine will curve back in BOS

A

Tilting reactions

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12
Q

stabilize body in response to destabilizing forces applied anywhere to the body except the supporting surface.

A

postural fixation reactions

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13
Q

protects the body from injury resulting from a fall- extremities will position to break fall.

A

protective reactions

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14
Q

several mm groups working together. Essential for skilled function

A

synergy

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15
Q

facilitation techniques for low tone. Inhibitory techniques for high tone. High effort and maximal resistance are contraindicated w/ spasticity.

A

neurodevelopmental tx NDT

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16
Q

indications for NDT (2)

A
  1. spasticity

2. hypotonia

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17
Q

NDT technique where goal is active mvmt control.

A

guided movement

18
Q

hands placed specifically to inhibit abnormal mvmts, tone, reflexes, and facilitate normal tone and patterns of mvmt. Key points of control

A

Manual contacts

19
Q

positions that inhibit tone

A

reflex inhibiting postures RIPs

20
Q

UE flexion synergy

A

ER, 90* ABD, Flex and supination elbow, wrist flex

21
Q

UE extension synergy

A

IR, ADD, ext and pronation elbow, wrist ext

22
Q

LE flexion synergy

A

ER, ABD, flex, knee flex, DF

23
Q

LE extension synergy

A

IR, ADD, ext, knee ext, PF

24
Q

movement therapy strategies

A

isometric and eccentric before concentric

25
sequential motor recovery stages after stroke (6)
1. flaccidity 2. basic limb synergies 3. full synergy 4. synergy decline 5. jt mvmts increase 6. spasticity disappears
26
enhances capacity to initiate mvmt response through increased neuronal activity. May or may not produce contraction. (Tapping)
facilitation
27
actual production of mvmt response. Implies reaching a critical threshold level for neuronal firing
activation
28
decreased capacity to initiate a mvmt response
inhibition
29
simultaneous use of multiple sensory stim techniques
spatial summation
30
repeated use of the same sensory stim technique . decreased sensation
temporal summation
31
overstim of CNS- excessive sensory inputs. increase sensation to decreased sensation
overload
32
sensory stim indications (2)
1. decreased motor control | 2. difficulty w/ initiating or sustaining mvmt
33
sensory stim techniques (3)
1. PNF 2. Exteroceptive stim 3. vestibular stim
34
Changes made in pt's overall approach to functional tasks. Substitution is key.
compensatory training approach
35
transmits superficial sensation, pain, temp
spinothalamic tract
36
transmits deep sensory, vibration, kinesthesia
dorsal medial lemniscus
37
transmits motor
corticospinal tract
38
spinothalamic tract crosses at...
spinal cord
39
dorsal medial lemniscus tract crosses at...
brain stem
40
corticospinal tract crosses at...
brain stem