PT and the UE Flashcards

1
Q

what are some fxnal activity and performance limitations with the UE following stroke?

A

carrying, moving, lifting and handling objects

fine hand use (grasp, manipulate, release)

hand and arm use (pull, push, reach, throw, catch, etc)

self care (washing, dressing, drinking, toileting, eating, looking after oneself)

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2
Q

what is the typical position of the scap following stroke?

A

abd and downward rotation

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3
Q

t/f: with the downward pull of the scap, there is nothing stopping the downward pull of the humerus except the muscles which stretch out very quickly

A

true

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4
Q

what are the UE changes w/hemiparesis?

A

losses of motor and sensory fxn

varying degrees of muscle tone

mal-alignment of the pelvis and trunk

PPT and upper trunk flexion

trunk shortening and lat flexion

inf displaced humerus

ant positioned humerus

downwardly rotated scap

laterally shifted/rotated scap

change in scapulohumeral rhythm

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5
Q

what are the primary risks and complications limiting recovery following stroke?

A

ROM losses

edema

shoulder subluxation

pain

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6
Q

where in the shoulder can there be ROM losses?

A

scapulothoracic

scapulohumeral

GH

hand/finger/wrist

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7
Q

what should we ALWAYS inspect for post stroke at the shoulder?

A

for pain and subluxation

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8
Q

t/f: biomechanical alignment is key in interventions post stroke

A

true

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9
Q

how do we provide biomechanical alignment?

A

start at the base

90 deg hip and knee flex

ant tilt/neutral pelvis

symmetrical WB

may use stool on ground and arm support

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10
Q

what are the SAFE requirements?

A

visible shoulder abduction and voluntary finger extension

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11
Q

what happens to the prognosis when a pt meets the SAFE requirements?

A

the prognosis is significantly better

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12
Q

if the pt meets the SAFE requirements within 2 days, what is the prognosis?

A

98% probability of return of UE fxn

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13
Q

if the pt meets the SAFE requirements in >12 days, what is the prognosis?

A

the prognosis goes way down if it takes this long

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14
Q

what complications in the shoulder can dramatically change recovery?

A

presence of shoulder pain and/or subluxation

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15
Q

what are the 4 categories of recovery for the UE?

A

(I) no muscles activity

(II) demonstrates active shoulder abduction

(III) demonstrates shoulder and finger extension

(IV) shoulder pain and subluxation

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16
Q

what interventions should we focus on for pts with no muscle activity?

A

ESTIM for motor recovery

motor imagery/mental practice

sensory training/sensory discrimination training

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17
Q

what are the interventions for pts with no muscle activity?

A

active assisted or PROM for hand edema

assess hand edema

instruct pt in compensation techniques for fxn

ESTIM for motor recovery

motor imagery/mental practice

sensory training/sensory discrimination training

avoiding hand splinting

pt and fam ed on passive protection and care of the UE

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18
Q

what are the key factors to consider about the UE in supine?

A

need to reduce the effects of gravity on the UE by supporting the arm in light WB

make sure the humerus and scap are in good position

avoid hand edema by elevating the extremity

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19
Q

what are the key factors to consider about the UE in SL on the affected side?

A

watch the scap and humerus

make sure the shoulder is protracted and the hand is supported in WB to promote recovery

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20
Q

what are the key factors to consider about the UE in SL on the unaffected side?

A

the shoulder has a tendency to retract, so get good protraction and support the UE

want as much ER as feasible

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21
Q

what are the key factors to consider for the UE in sitting?

A

use what you have available to support the UE

WB through the elbow and forearm

check the scap

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22
Q

for the preservation of fxning of the hand, we have to ensure maintanance of what two things?

A

1) the fxnal arch of the hand

2) ROM of the hand and fingers

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23
Q

t/f: sometimes, if spasticity is too high, the only way to manage it is w/really strong material/surface to keep them in a fxnal hand position

A

true

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24
Q

protective handling involves what 2 things?

A

protective, proper transfer technique

protection and maintenance of jt integrity

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25
we want at least ___ degrees of wrist extension to be maintained
25
26
what do we mean by proper transfer techniques for protective handling post stroke?
avoid pulling or lifting on the affected limb during mobility or transfers (educate fam, staff, nursing)
27
how can we protect and maintain jt integrity?
ensuring good GH jt alignment and scap mobility on the thorax avoiding passive or active shoulder flexion beyond 90 degrees avoiding overhead pulleys
28
why should we avoid passive or active shoulder flexion beyond 90 degrees post stroke?
it can cause impingement and CRPS
29
when is the only time it may be acceptable to flex the shoulder beyond 90 degrees post stroke?
if the scap is gliding towards upward rotation and has sufficient ER available
30
how can we mobilize and protect the UE with transfers?
tuck the involved extremity into a pocket, gait belt, or under your arm if higher level of fxn-can use uninvolved extremity to support the involved extremity (b/l clasp) WB
31
how can we mobilize and protect the UE in gait?
WB on a moving cart or table (make sure the humeral head doesn't move up) can use urself as the AD and use your fingers for directional cues b/l engagement
32
what is the problem with slings?
they promote non-use and assymetry of the trunk and extremity they prevent normal mov't from occuring put the arm in a synergistic patterns no sling does anything to realign the scap
33
t/f: slings are a tool to be used while gaining proximal stability and should not be used long term
true
34
what three types of slings support the GH jt?
Bobath sling Give-Mohr sling hook hemi harness
35
what is the Give-Mohr sling?
elastic fabric sling that has a hand device for the pt to hold onto every mov't gives input to the shoulder leaves the arm free for normal mov't in gait
36
what is the hook hemi harness?
intends to keep the humerus from downward subluxation
37
what is the problem with the Bobath, Give-Mohr, and hook hemi harness slings?
the pt can't put them on independently
38
if a pt demonstrates active shoulder abduction WITHOUT finger extension, what interventions are appropriate?
motor imagery/mental practice strength training task specific training ESTIM-NMES mirror therapy robot assisted training video gaming sensory retraining
39
if a pt demonstrates active shoulder abduction WITH finger extension, what interventions are appropriate?
modified CIMT motor imagery/mental practice sensory retraining video gaming
40
when is there strong evidence for mental practice/imagery?
when used in conjunction with PT
41
t/f: there is good evidence for mental practice/imagery as an individual intervention
false
42
what are the 3 techniques for active recruitment and facilitation/strengthening of motor responses in the UE?
1) critical to maintain a proper scap and GH positioning 2) UT relaxation 3) facilitation of active response
43
what muscles are critical to keep the scap against the trunk?
rhomboids MT LT
44
why is UT relaxation important?
bc 90% of pts post stroke have their UT getting in the way of normal recruitment bc it becomes overused
45
in the closed chain, we facilitate what activity?
tonic activity
46
in the open chain, we facilitate what activity?
phasic activity
47
how do we facilitate tonic activity?
with weight bearing (WB)
48
how do we facilitate phasic activity?
with PNF and other techniques
49
why do we do UE weight bearing?
bc it temporarily moves the head of the humerus back up into the glenoid fossa and assists in realignment of the jt it fires/facilitates supportive musculature through stimulation of jt receptors for normal activation of shoulder muscles
50
t/f: WB only provides temporary realignment of the jt and must be combined with other facilitation and protection strategies
true
51
what are the indications for air splints?
increased ROM reduction of hypertonicity (rest, mov't) stabilization allow WB
52
what are the mechanisms for how air splinting works?
neutral warmth prolonged stretch deep pressure
53
t/f: air splints are a great option for when gait training and needing to control UE hypertonicity
true
54
t/f: kinesiotaping should be used in conjunction with other techniques to be effective
true
55
when used in conjunction with other techniques, what are the benefits of kinesiotaping?
facilitate/inhibit muscle fxn support jt structure reduce pain provide proprioceptive feedback achieve and maintain alignment
56
t/f: mirror therapy is a promising treatment option for early after stroke
true
57
what is mirror therapy?
stimulating the involved UE by using the uninvolved UE
58
what are the benefits of MT (mirror therapy) early post stroke?
improves sensory awareness and recovery improves attentional deficits improves motor recovery in distal hemiplegic limb
59
MT works well if ____ is available
abduction
60
t/f: MT needs to be combined with conventional stroke rehab
true
61
t/f: MT is a good option for someone early in recovery who is beginning to have shoulder pain
true
62
what is the dosage for MT?
1/5 hours/day, 5 days/weeks for 4 weeks for improved motor performance and temp sense
63
t/f: MT translates into ADLs like task specific interventions do
false
64
what is involved in fxnal retraining?
motorized and ergonomic robotic arm software which combines personalized, pt-specific exercises and games to engage and motivate
65
what are the interventions for pts that demonstrate shoulder and finger extension?
modified CIMT motor imagery/mental practice sensory retraining video gaming virtual reality training
66
what is a technique for encouraging the use of the affected arm?
CIMT
67
what is involved in CIMT?
restricting use of the unaffected hand for several hours a day and performing tasks over and over w/the affected arm
68
what technique involves "forced use" of the hand and fingers that causes the brain to reorganize to help move the hand?
CIMT
69
what are the 3 procedures of CIMT?
1) massed practice of repetitive, structured, practice-intensive therapy in the use of the more affected arm 2) constraint (restraint) of the less affected arm 90% of waking hours 3) transfer program, which includes monitoring arm use in life situations and problem solving to overcome perceived barriers to using the extremity
70
what is the 10x10x10 rule in CIMT?
to be considered a candidate for CIMT, they must have at least: 10 degrees active wrist extension 10 degrees active thumb abduction 10 degrees active extension of any other 2 digits on the affected hand
71
other than the 10x10x10 rule, what other inclusion criteria must be met for CIMT?
pt must be able to walk relatively short distances w/o an AD pt must have a high level of motivation and commitment pt must have sufficient endurance
72
what is the exclusion criteria for CIMT?
presence of chronic pain or co-morbidities that would limit participation
73
what is involved in experience dependent cortical reorganization?
synapses that have potential for activation are recruited after the usually dominant system has failed these neurons get set into constant use through repetition and practice
74
what are the disadvantages of CIMT?
it requires a lot of labor from pts and medical staff pts endure many hours of frustration pts can suffer from muscle soreness resulting in stiffness and discomfort in the involved UE acute CIMT can be harmful by increasing the size of the lesion it is not beneficial to all pts with stroke/BI (typically for pts with higher level of fxn) longer treatment=high cost (not reimbursed through insurance)
75
what are the results of modified CIMT?
the results are consistent with more intense CIMT protocols
76
what is the protocol for modified CIMT?
30 minutes of 1 on 1 therapy 3 days/week 5 hours/day in restraint (weekdays) 10 weeks
77
what does neuromuscular electric stimulation do?
boosts arm and hand recovery through sensory electrical stimulation (SES) specifically for hand closing/opening it improves fxn, weakness, and spasticity
78
t/f: virtual reality is task-specific training
true
79
t/f: virtual reality is a beneficial intervention when used as an adjunct to usual care and when compared w/the same dose of conventional therapy
true
80
virtual reality may be beneficial in improving what?
UE fxn and ADL fxn
81
t/f: there is sufficient evidience of VR and interactive video gaming on grip strength, gait speed, or global motor fxn
false
82
what are the interventions for a patient with shoulder pain and subluxation?
ed and training for the pt and family regarding UE care gentle mobs for those w/decreased ROM or pain ESTIM for subluxation analgesic meds avoid strapping botox
83
when a pt with shoulder pain and subluxation has ROM losses, what should we include?
gentle mobs education and training for the pt and family
84
when a pt with shoulder pain and subluxation has ROM losses, what should we avoid?
PROM/AROM of shoulder flexion greater than 90 degrees overhead pulleys
85
what is the incidence of pain in individuals with hemiplegia?
5-84%
86
what are some causes of shoulder pain post stroke?
subluxation impingement
87
when the shoulder subluxes, what things can happen?
brachial plexus injury structural tears (35%) tendinopathies (53%)
88
what results from impingement at the shoulder?
sub-acromial fluid collection
89
what is the cause of hand pain post stroke?
pain syndrome-CRPS
90
shoulder subluxation is the result of not only the effect of gravity but also the effect of ____ of the depressor muscles
spasticity
91
how do we clinically rate subluxation at the shoulder?
measure the separation in terms of horizontal finger widths
92
how do we manage shoulder subluxation?
active recruitment of the supraspinatus and deltoids passive protection
93
what 2 muscles are essential to maintain GH alignment?
the supraspinatus and deltoids
94
t/f: the supraspinatus prevents the downward pull and subluxation of the humerus
true
95
what is fxnal electrical stimulation (FES) effective and not effective for?
effective for prevention/reduction of subluxation but not for pain or motor recovery post-stroke
96
several researchers have reported success w/management of shoulder subluxation with FES with what protocol?
gradually increasing stimulation times that ultimately reached 6-7 hours/day on-off ratio typically 1:3
97
who is Bioness implantable ESTIM for?
pts who respond well to ESTIM when it's on, but gone when taken off
98
what muscle does the Bioness implantable ESTIM target?
deltoids
99
WC attachments result in a __mm reduction of subluxation
15
100
slings with elbow flexion result in a __mm reduction in subluxation
10
101
slings with elbow extension result in a __mm reduction in subluxation
4
102
what is the best intervention for reduction of subluxation?
WB and ESTIM
103
t/f: traditional passive tapping and strapping has strong evidence that it reduces subluxation
false, strapping should be avoided
104
what is CRPS?
hyperactivity of somatosensory, autonomic, and motor systems resulting in regional pain, vascular, and trophic changes and atrophy
105
the onset of CRPS is influenced by what things post stroke?
type of stroke severity of motor loss, sensory loss, and spasticity GH jt subluxation
106
what is the EBP treatment consensus for CRPS?
medical and rehab combo is the best intervention
107
what is involved in medical intervention for CRPS?
low doses of oral corticosteroids nerve blocks Botox
108
what is involved in rehab of CRPS?
PROM to pain tolerance (with careful attention to the scap) proper positioning in WB neuromotor re-education to facilitate normal task specific use of the UE mirror therapy AVOID MODALITIES
109
why should we avoid modalities in CRPS treatment?
bc they have abborant sensory processing and their pain is at the matrix level and is not a muscular pain