Neuro Flashcards

1
Q

T4 complete SCI in a wheelchair. Teach sliding board transfer to a bed.

A
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2
Q

Patient with Parkinson’s Disease is experiencing difficulty mobilizing with cane. Evaluate their gait and then teach them to use a 4WW.

A
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3
Q

Rx to promote the return of sensation?

A

Active and passive ROM
Brushing
Tapping
Approximation and/or traction
Deep tissue massage

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4
Q

Rx to facilitate muscle activity

A

  Quick stretching/tapping
  Cutaneous stimulation/light touch
  FES & NMES – recruit more motor units
  Active-assisted Cycling and BW-support Treadmill Training

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5
Q

Rx for shoulder pain/ subluxation (d/t paralysis)

A

  Pharmaceutical Pain management – NSAID’s, analgesia
  Positional correction & support – sling, if appropriate
  Educate staff/family
  PROM/AAROM

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6
Q

Education on Skin Care (Various conditions: Diabetes, PVD, SCI, etc.) (7 points)

A

1) Wash daily using lukewarm water (test water temperature with body part that has normal sensation, such
as hands)
2) Dry skin completely. Do not leave skin wet, especially between the toes.
3) Apply moisturiser to skin, but avoid putting lotion between toes.
4) Inspect your skin daily from all sides using a mirror.
5) Always wear shoes and cotton socks to protect feet from injury.
6) In case of injury, cuts or abrasions, make sure they are cared for properly and contact your physician for
sores and wounds that persist after 2-3 days.
7) Avoid extreme temperatures, both hot and cold

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7
Q

Will I ever be able to walk again? (post SCI injury)

A
  • understand this is difficult
  • assure we will work together to meet the goals
  • Ask if they would like a referral to a support group (escalate to a councillor if needed)
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8
Q

Wheel chair fitting:

Seat Height-
Seat Depth-
Seat Width-
Back Height-
Armrest Height-

A

Seat Height- heel to popliteal fold (add 2 inches for footrest to clear floor)
Seat Depth- Measure from posterior buttocks fold (subtract 2 inches to prevent the seat from pressing into popliteal fold)
Seat Width- add 1.5-2 inches to each side from the widest aspect of the buttock, hip or thigh (give clearance for chunky clothing if needed)
Back Height- measure from seat height to axilla (subtract 4 inches to all back height to be below inferior scapular angle)
Armrest Height- measure from seat height to olecranon process while elbow is flexed 90deg and add 1 inch

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9
Q

SCI levels of injury differences

A

Review in other decks

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10
Q

Techniques and prescriptions to relieve pressure sores:

A

o Wheelchair push-ups
o Leaning to side
o Leaning forward
o Frequency: Every 10-15 min and hold for 10-15 seconds. Incorporate in daily routine throughout the day

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11
Q

Exercise precautions for those with SCI

A

o HR
o Circulation – no vasoconstriction below lesion, thus, increase pooling, decr SV
  Wear support stockings and elevate legs
o Thermoregulation – no SNS or vasomotor control, thus, need well-ventilated areas
o BP – hypotension b/c no mm pump
  Progress exs slowly, monitor BP, slow with position changes, monitor dizziness/blurred vision
o Spasticity – slow controlled movement, don’t force thru ROM
o Skin breakdown – pressure relief every 10-15 min
o Watch for overuse injuries

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12
Q

SCI Rx

A

-DB&C, breath stacking, position changes, increase sitting tolerance
-Prevent atrophy
-Stretching
* Rhomboids, biceps, triceps, psoas, toe flexors, gastrocs, TFL, DF
  Mat training ASAP
* Balance re-training – high/long sitting, lateral shifting, hands free sitting, internal perturbations, rhythmic stabilization, external perturbations, change surfaces, decrease BOS

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13
Q

Polio Rx (similar to ALS and GBS)

A

o Do not over exert!
o AROM/PROM to prevent stiff/painful joints and prevent contractures
o Conservative strengthening of weakened mm and NMES
o Orthopedic supports to allow functional activity, as needed

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14
Q

Post-Polio Rx

A

o EXS PROGRAM: general body conditioning, non-impact CV exs (cycling, swimming), <60-70% HRmax
o Balance period of rest & activity, do not exs to point of fatigue, exs when less fatigued or most rested
o Lifestyle modifications: pacing, energy conservation, rest time should be 2x activity time
o Assistive devices (orthotics, cane, scooter)

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15
Q

MS Education on Exercise

A

o Exs, but not to fatigue, OK to be tired for 1 hour after exs, but no more. Exs will not damage your body
o Manage spasticity – can incr with infection/illness, cold/hot, pain, emotions, quick movements
o Energy conservation and stress management techniques

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16
Q

MS Rx

A

treat vestibular dysfunction
posture, proprioception
core
stretches
exercise will benefit overall fxn

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17
Q

MS Programming

A

late morning sessions
aggressive stretching (daily!)
moderate exercise
strength (10-20 reps, 3-4x/week)
cardio (15-60 min 3-4x/week, 60-70% HRmax)

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18
Q

PD- why are sensory cues important

A

task becomes less automatic, so conscious activation of motor cortex can override the lost BG/automatic fxn.
o Need verbal, auditory, tactile stimulation – try music, rhythmic initiation

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19
Q

PD- Why is gait affected? And what are some treatment tips

A

loss of arm swing and reciprocal trunk movements, shuffling gait, festinating gait (an abnormal and
involuntary increase in the speed of walking) shorter steps, narrow BOS
o Tx for festinating gait: use toe wedge to help displace COG backwards
o Treadmill may improve gait rhythm & stability

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20
Q

Exercise Rx for PD

ROM:
Postural Correction:
Balance Re-training:
Aerobic exercises:
Strength exercises:

A

Exercise when Meds are at their peak

o ROM: full ROM, exs that promote reciprocal movement, stretch flexors (prone lying), slow rhythmic rotational repetitive movements, massage
o Postural correction: decr kyphotic posture w/ back extensor strengthening exercises, AROM into horacic/lumbar extension, cervical retraction, axial extension, scapular retraction
o Balance re-training:
o Aerobic exs – use recumbent bike if balance impaired, incr duration slowly (every 4-5 wks), use rhythmical, rotational, reciprocal activities, 3-4x/week, 45-60 min, 50-70% HRmax
o Strength exs – can improve gait/ performance

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21
Q

ALS Rx-
Resp:
ROM/ Contracture prevention:
Pain:
Muscle Weakness:
Shoulder:
Spasticity:
Assistive Devices:
Circulation:
Education:

A

o Resp: chest clearance, breathing exs, DB, huffing/coughing, breath stacking, assisted cough, suctioning, percs & vibes, education re: S&S of resp infection, HOB at 30deg and above, suppl O2
o ROM & contracture prevention – prophylactic stretching, splints, AAROM/PROM, strengthen antagonist
o Pain d/t stress on joint capsules/lig b/c of mm weakness. AROM/PROM, support joints, cold/heat, NSAIDs, position changes, symptom relief, pt comfort
o Muscle weakness - facilitate mobility, continue to use what pt has to maintain function
o Shoulder – positioning, slings, arm rests, teach correct transfers, scap mobs in side lying, scap setting/retraction, ROM at elbows, wrist and hand
o Spasticity – stretching, positioning, WBing, trunk rotations
o Assistive devices – AFO’s walking aids (cane, walker, w/c), raised toilet seat, sliding board, mechanical lift
o Circulation – elevation & compression stockings to prevent dependent edema, layers (d/t cold)
o Education – energy conservation

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22
Q

GBS Rx

Early stages:
Sub-acute:
Late stages:

A

Early stages: progresses over 10-12 days before plateau. prevent atelectasis, DVT, ulcers, contractures, malalignment; proper positioning, maintain ROM/strength; monitor chest status; Educate pt/family on

Sub-acute: gentle strengthening & mobility, gastrocs stretching, sitting balance exs

Late stages/ Rehab: Monitor for over-exertion, continue to strengthen and increase mobility/function; use
TENS, PROM, ice, etc to treat neurogenic pain from jt immobility

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23
Q

Educate the Spouse of a patient with Alzheimer regarding the patients function and managing his fatigue. Patient lives in care-home with support.

A

Managing Fatigue: prioritize(tasks he wants to do), pace (allow sufficient time for doing the tasks), proficiency (allow the in home support to help as much as possible) , plan( Patterns for his fatigue complete the most important tasks first – know when help will be around to know when he can take rest breaks).

Consistency with routine and environment. If agitated – making sure to keep a calm demeanor and avoid arguing with him (guiding/leading to new activity) Sundowning.

Slow and progressive disease – troubles with walking/speaking/swallowing in later stages

Resources for caregivers – support group availability

Side effects of medication – discuss with care team

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24
Q

Do a SLR test and myotomes of LE. Verbalize findings to examiner. F/U what would a cross sign indicate during this test (having pain on contralateral side when SLR) and based on your diagnosis, which exercises would you tell the pt to avoid. (Patient had a lumbar disc herniation.

A

SLR: Supine – unaffected side first. But do both. Instruct “don’t help me (raise the table up) keeping the knee In full extension and moving slow – asking the patient what they are feeling as they go.

  • Cross Sign: raising the unaffected side produces symptoms in the involved side. Indicative of a central disc herniation (major nerve root impingement).

LE Myotomes in supine: L1/2: Hip flexion. 3: knee extension 4: DF 5: Great toe Ext S1: plantar flexion S2 Hamstring (knee flex)

Based on findings – avoiding flexed forward positions to avoid symptom aggravation. Exercise Rx: Repeated prone, prone on elbows to hands – eventually in standing. (Mckenzie method)

Differential Dx: muscle spasm, cauda equina, peripheral nerve entrapment (sciatic)

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25
Q

Patient with ALS – educate them how to use a 4-wheel walker and teach sitting with the 4-wheel walker.

A

ALS – motor neuron disease (UMN and LMN)

Safety – brakes, gait belt, footwear,

4WW fitting – GT floor.

Demo walking and sitting.

Guard

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26
Q

Talk to patient with C6 spinal cord injury. What will they be able to do functionally with this level of spinal cord injury, Patient ask will her legs ever work again, as doctor told her the function wouldn’t return.

A

C6 SCI – Best case – independent with breathing, have wrist extensors (allow for tenodesis grip)

  • Able to drive with adapted controls, I to min with SB t/f, live independently – pressure relief and manual cough
  • best case scenario of level of function ADLs and Leisure
  • emphasize what they typically will have and the positives
  • Could discuss adaptive equipment if they bring up certain activities

too early to tell, need time for injury to stabilize before we can form a timeline, but there are a few positive factors working for you, such as … eg. young age, health before injury, etc. (Q2) Likely won’t be the same level of function before injury, likely will need assistive devices eg. walker, forearm crutches, KAFO; (Q3) address danger of reading from internet, probe what patient has read from the internet, can mention the basic mechanisms for FES – but will require some time before team can determine if patient is a good candidate for FES;

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27
Q

Your patient has Parkinson disease and experiences freezing of gait.
Assess gait and state 5 findings to the examiner.

A
  • Freezing – competing stim or stress
  • Stooped Posture – looking down
  • Shuffling small steps
  • No arm swing
  • Trouble with turning
  • Slow

Gait Analysis – Observe, Return to seated, State Findings

Teach 2 strategies to the patient to overcome freezing of gait
- Auditory Cues: rhythmic music, clapping, counting
- Visual Cues: Stepping over lines
- Tactile Cues: tapping to get out of freezing
- Cognitive cues: mental image of big step

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28
Q

Patient had left sided CVA recently and has broca’s aphasia.

Perform test for joint position sense for right LE and report your findings to the examiner.

Questions- findings

What difficulties the patient can have because of the lost joint position sense in right ankle

A

Broca’s aphasia- create a hand signal to continue fluid conversation. (has no issue understanding you)

Toe, up or down

If they have poor joint sense, there can be issues with gait and balance

29
Q

Patient had a lot of comorbidities. OP (osteoporosis) and MS. They had a fear of falling.

They wanted 2 exercises to address the deficits. Some indication that they had poor balance and poor strength.

A

Osteoporosis- nothing with major twists or high impact.

MS- strengthening early in the day and in a cooler environment. Take longer rests

Balance- Tandem balance or single leg eyes open (progression to eyes closes, eyes open on a cushion, eyes closed on cushion) 60 seconds total, twice daily. Chair for support

Marching on the spot with hands on the back of a chair

30
Q

A guy had a femur fracture in hospital.

He was WBAT got up to go to bathroom at commode. 2/10 pain. No dx or SOB. Pointed at hip for pain. 4 exercises in bed.

A

Femur fracture- ensure no open chair.

1) heel slides
2) heel pumps
3) hip abductions
4) terminal knee extensions

15 reps each leg, 2 times a day daily

31
Q

The patient had a recent stroke and now presents with right sided weakness and expressive aphasia.
1) Perform 3 coordination tests Discuss the findings with the patient
2) Teach 2 functional tasks to the patient
3) Follow Up: How can you communicate with the patient
4) Follow Up: What sensation would you want to test with the patient? Explain why

A

1) Finger to nose
RAMS (pronation/supination)
Heel to knee, heel to toe
Finger opposition

2) Reach & Grasp (Affected arm, unaffected arm)
Seated balance

3) Teach patient how to use signals

4) Hot Cold – Safety of UE
Proprioception sense for LE – standing & mobility

32
Q

LE coordination exercises. Patient had L-CVA.

Had pusher syndrome.

Perform 2 coordination tests for LE and provide 2 exercises to address deficits.

A

L CVA- expect right to be worse.

Heel to shin test

Toe tapping test

Exercises: Mirror alignment, balance

33
Q

The patient has Parkinson’s.

Analyze their gait and describe 5 things that you see (other than freezing) Teach them 2 things to help their gait.

The patient is going to be discharged but has low confidence.

A

TRAP: Tremor (resting), Rigidity, akinesia, postural instability

Festinating gait (short strides with increasing speed)
Shuffling steps (decrease hip, knee and ankle flexion)
Decrease trunk rotation
decreased arm swing
difficulty in dual tasking
difficulty with increased attention demands

help patient with gait using auditory (clapping or music), visual (stepping over cups). ankle ROM/ calf raises

34
Q

Superficial sensations: How to assess pain perception

A

sharp or dull (safety pin)

35
Q

Superficial sensations: How to assess temperature awareness

A

two test tubes- one hot and one cold

36
Q

Superficial sensations: How to assess touch awareness (light touch)

A

cotton or tissue and ight stroke skin

37
Q

Superficial sensations: How to assess pressure perception

A

apply form pressure on patients skin- enough to leave a inprint on the patient

38
Q

Deep sensations: How to assess proprioception

A

establish up or down first
joint position sense with up or down with patients eyes closed, patient will say whether joint is up or down
alternative: move patients arm and ask to mirror with other arm

39
Q

Deep sensations: kinesthesia awareness

A

establish up or down first
joint position sense with up or down with patients eyes closed, patient will say whether joint is MOVING up or down
alternative: move patients arm and ask to mirror with other arm

40
Q

Deep sensations: Vibration perception

A

a 128Hz tuning fork- strike it and then place it on a bony prominence

assess whether patient can feel it or not

41
Q

Cortical sensations: Stereognosis perception

A

(assesses tacilte object recognition)
Place a familiar object into patients hand and ask them to identify (ie coin, pencil etc)

42
Q

Cortical sensations: Tactile localization

A

(assesses ability to locate touch sensation)
touch patient with finger tip or cotton swab and then ask patient to point where the touch was. Distance is measured and recorded

43
Q

Cortical sensations: Two-point Discrimination

A

(assesses ability to recognize two separate points on the skin)
pencil test on skin

43
Q

Cortical sensations: Double simultaneous stimulation

A

either two touches on the exact point on opposite sides of the body or proximal and distal of the same limb

44
Q

Cortical sensations: graphesthesia

A

identifying letter or number on skin
trace it on hand and see if the patient recognizes

45
Q

Cortical sensations: texture recognition

A

assess various textures

46
Q

Cortical sensations: barogenesis

A

lighter versus heavier weighted objects in to the hands of the patient

47
Q

if a sensation is altered, what is the approach in rehabilitating it

A

compensatory and sensory integration
compensatory- educated on how to accommodate the sensation loss
integration- guided practice with controlled sensory intake

48
Q

Describe what ALS is

A

UMN and LMN

49
Q

Describe what cerebral palsy is

A

UMN

50
Q

Describe what MS is

A

UMN

51
Q

Describe what stroke is

A

UMN

52
Q

Describe what bell’s palsy is

A

LMN

53
Q

Describe what GB is

A

LMN

54
Q

Describe what polio and post poloi is

A

LMN

55
Q

Describe LMN S&S

A

decrease or absence of tone
decrease or absence of reflexes
paresis
muscles fasciculations and fibrillations with denervation
neurogenic atrophy

56
Q

Describe UMN S&S

A

Hyperactive stretch reflexes
involuntary flexor and extensor spasms
clonus
babinski’s sign
exaggerated cutaneous reflexes
loss of precise automatic control
dyssynergic movement patterns

57
Q

if you see someone in decorticate rigidity, what does that indicate?

A

(look for internally rotated leg and flexed arms)

corticospinal tract lesion at level of diencephalon (damage above red nucleus)

58
Q

if you see someone in decerebrate rigidity, what does that indicate?

A

(look for extended arms)

corticospinal tract lesion at level of brainstem (damage below red nucleus)

59
Q

What are the levels of modified Ashworth scale for grading spasticity

A

0; no increase in muscle tone
1; slight increase, catch and release but releases fully
1+; slight increase, catch and release and some light resistance remains
2; More resistance marked through ROM, but easily moved
3; considerable resistance, passive ROM is difficult
4; not able to move

60
Q

interventions for abnormal tone

A

stretch
cast
splint
orthoses
sensory stim techniques

61
Q

interventions for hypotonia

A

decrease support
increase resistance
joint compression (no pain)
manual facilitation techniques

62
Q

interventions for hypertonia

A

increase support
modify tasks
positioning in lengthened positions
heat (contraindications for MS)

63
Q

How to assess for Babinski

A

J sweep on foot (if toes spray and/or extension of big toe)

64
Q

how to assess for clonus

A

quick forcefully dorsiflexion and hold (if sustained for 5 secs or more than positive)

65
Q

how to assess for hoffman sign

A

flick DIP or middle or index finger (flexion of distal thumb and DIP of finger not flicked)

66
Q

Rhomberg (sharpened rhomberg)

A

stand feet together (shoes and socks off), hands by side. Eyes open 20-30. If successful eyes closed. negative test if cannot EO or falls EC.

sharpened is in tandem

67
Q

Functional reach

A

standing beside wall, arm out straight- take measurement.
reach as far forward as you can and take measurement (if less than 6 inches than fall risk)