FINAL EXAM REVIEW: no patho gait or LE AFOs on this deck Flashcards

(89 cards)

1
Q

how long and when should you wear a shrinker?

A

for** 6 months-1 year** (all the time except when using prosthesis)

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2
Q

What materials can you use for residual limb wrapping?

A

elastic compression
ace wrap
shrinkers

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3
Q

Purpose/complications of shrinkers/pressure garments

A
  • to decrease edema, shape limb
  • fit for residual limb length/circumference (collab with prosthetist for measurements!)
  • use once suture line is healed

CONS
* hard to use if hand strength is bad
* can cause skin shearing
* need to be laundered

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4
Q

elastic compression:
how long should they be cut?

A

cut 2x long as needed for residual limb

Pull up half the length then twist once at distal end, and pull up the remainder to form a double layer of compression (or sew at the end)

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5
Q

advantages and disadvantages for elastic compression

A

advantages: cheap, good for bulbous residual limbs
disadvantages: potential for shearing, not as durable

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6
Q

T or F: As residual limb circumference decreases, limb becomes more pressure tolerant, can use progressively lower diameters for limb shrinkage

A

True

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7
Q

How to apply ace wraps

A

distal to proximal in a diagonal/figure 8 pattern

Make sure to cover all areas of the limb evenly to avoid uneven shrinkage/bulbous area
avoid circular turns –> BF issue
avoid metal clips to fasten

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8
Q

When are ace wraps used for residual limb wrapping?

A

most frequently used technique used immediately after post op (wound drainage may be present)

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9
Q

How often should you re-apply an ace wrap?

A

every 4-6 hours
mvmt during activities may loosen bandage

*hard to do independently but possible!

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10
Q

Reasons to wrap your residual limb

A

EDEMA CONTROL
1. pain control
2. enhance wound healing
3. protect incision during activity
4. shaping/desensitizing for prosthetic

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11
Q

what is phantom limb sensation vs pain?

A

pain: “my foot (that isnt there) is hurting”
sensation: I still feel my foot

pain: sometimes more in trauma pop due to nerve cuts
sensation: can be dangerous bc they get up in the night to pee and fall

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12
Q

techniques to manage phantom limb pain

A
  1. meds (gabapentin, lyrica)
  2. desensitization techniques (beans, pressure, mvmt, tapping)
  3. mirror therapy
  4. modalities like ice, heat, TENS
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13
Q

common transfemoral contractures

A

hip flexion
hip ER
hip ABD

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14
Q

common transtibial contractures

A

knee flexion

also can get hip flexion, ABD, ER

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15
Q

What muscles are super important to strengthen for transfemoral prosthetic training?

A

hip extensors and abductors!

also strengthen hip flexors, back extensors, adductors, abs (sit ups)

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16
Q

What muscles are super important to strengthen for transtibial prosthetic training?

A

knee extensors
knee flexors
hip extensors
hip abductors

perform knee extension and flexion exercises in addition to hip abduction, adduction, hip flexion and extension, bridges, abs (sit ups), back extension

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17
Q

reasons for amputation

A

disease (PVD, disease, cancer)
trauma
congenital

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18
Q

SACH foot is what K level
what does it do

A

K 1
*absorbs impact of IC (stable foot)

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19
Q

single axis foot is what K level what does it do?

A

K 2 , K3
ensures rapid foot-flat to promote knee extension and assist in knee stability at loading

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20
Q

multi axial foot is what K level what does it do?

A

K2 -4
* good for uneven terrain
* triplanar motion, ensures rapid foot flat during loading (assists knee stability)

also K2: Flexible keel foot

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21
Q

dynamic response foot is what K level
what does it do?

A

K 3 , K4
* energy storing foot
* good for highly active people!

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22
Q

In general you want a _ heel cushion for transtibial prosthesis because it promotes knee flexion;

you want a _ heel cushion for transfemoral because it’ll delay forward progression of the pilon (promoting knee extension)

A

transtibial: firmer heel
transfemoral: soft heel

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23
Q

sprinting foot is for what K level?

A

K 4

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24
Q

Review K levels: 0

A

no potential/ability to walk or transfer safely with/without assistance

prosthetic does not enhance QOL or mobility

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25
Review K levels: 1
ability or potential to use a prosthesis for **transfers/ambulation on level surfaces at fixed cadence** (household ambulator) ex. SACH, single axis foot, single axis knee
26
Review K levels: 2
ability or potential for ambulation with ability to traverse **low level environmental barriers like curbs/stairs/uneven surfaces** (low-level community ambulator) ex. flexible keel foot, multi axis foot safety knee, 4 bar polycentric knee
27
Review K levels: 3
ability/potential for ambulation with variable cadence ex. dynamic response foot hydraulic knee
28
Review K levels: 4
ability/potential for prosthetic ambulation that exceeds basic ambulation skills ex. carbon c leg = microprocessor knee microprocessor foot (MPF) sprinting foot any foot/ankle combo any knee L5930 high activity knee control
29
What K level is safety knee?
K2
30
K level of a 4 bar knee/polycentric knee
K2
31
K level of hydraulic knee
K3
32
K level of microprocessor knee
K4
33
K level of single axis knee
K1
34
What is the safety knee?
*has **brake to prevent knee buckling** *swing phase is **same rate** regardless of gait speed change --> not good for active person *only bends if weight off leg (hard to sit) | K2
35
What is the 4-bar knee/polycentric knee
* helps **enhance stance phase stability** due to the mechanical characteristics * when knee flexes, leads to relative shortening of the distal prosthesis to **enhance toe clearance** during swing | K2
36
What is the hydraulic knee?
* uses flow of hydraulic fluid through channels- **provides frictional resistance** * provides stance control and variable cadence in swing * can keep up with **faster swing ** when you walk faster good for more active individuals, better for walking over uneven surfaces, stairs, running, etc. | K3
37
What is a microprocessor knee/c leg?
* computer controlled, battery operated *** best control for stance and swing** phase than other knees through use of **hydraulics and sensors** very stable, enabling someone to walk with a natural gait pattern with: * up and down stairs * uneven surfaces * running | K4
38
What is a single axis knee? Is it stable?
* swings freely in flexion/extension * relies on GRF for knee stability in stance (not stable) * can have manual lock on this knee for stance stability | K1
39
What are 2 types of harness systems you can have with transhumeral prostheses?
1. single control (controls terminal device) 2. double control (controls terminal device and elbow flexion)
40
T or F: transradial prostheses only require single control harness system
true
41
T or F: terminal devices can have options for voluntary opening or closing
True
42
pros and cons for body powered UE prosthetic
pros: * heavy duty * proprioception * lighter weight * less $$$, less cost/maintenance cons: * limited grip force and functional envelope * harness = uncomfy * poor cosmesis * maybe over-use * nerve entrapment syndrome
43
pros and cons for myoelectric/external power UE prosthetic
pros: * more grip force, functional envelope * increased cosmesis * reduced/eliminated harness system = more comfy, more ROM cons: * heavier * battery operated (charge it) * environmental interference * more $$$$ and maintenance | powered by battery, can have different terminal devices
44
pros and cons for passive functional/cosmetic UE prosthetic
pros: * cosmetic * lightweight * simple * little maintenance/inexpensive * great for partial hands, provides opposition cons: * no active prehension * limited function * decreased durability * unreal expectations for cosmesis * custom silicone very expensive
45
pros and cons for hybrid UE prosthetic
pros: * more functional envelope and grip force * reduced weight * reduces harness system * feedback of forearm flexion velocity * reduced initial and maintenance costs cons: * control harness usually required * increased weight on harness
46
where should you WB for: transtibial transfemoral
transtibial: patellar tendon transfemoral: isch tub
47
whats the big gait cue for transtibial? whats about transfemoral?
transtibial: SOFT KNEE transfemoral: "push back into your socket" --> hip extension = knee extension
48
What should you do to bend prosthetic knee with transfemoral amputation?
transverse pelvic rotation (ASIS diagonally forward to prep knee for swing)
49
when prosthetic limb is in stance (sound limb stepping)... what should you cue?
transtibial: soft knee transfemoral: push leg back into socket
50
Pre-gait training: what exercises in order
1. **initial standing** balance 2. **WS exercises ** (side to side, forward/back, balance recovery, stride position diagonal) 3. **stool stepping** then you do gait training: 1. sound limb stepping partial WB 2. prosthetic limb stepping partial WB 3. prosthetic limb stepping WB 4. sound limb stepping WB 5. stride length/prosthetic control 6. side stepping 7. resistive gait training 8. trunk rotation/arm swing 9. unassisted ambulation
51
When the prosthetic limb is stepping, how should you cue for transfemoral?
1. learn how to break knee with transverse pelvic rotation before swing ("push into my hand" on ASIS) 2. go from heel rise to heel strike (hip flexion in swing, then extension for WA) *transtibial - don't need pelvic rotation cue
52
how much weight should be on the prosthetic foot in order to unlock the knee for transfemoral?
**70%** (microprocessor/c-leg) they get this weight shift from pelvic transverse rotation once they unlock, **can flex hip** and swing leg forward
53
transtibial up and down curbs/stairs
step over step! (step through up and down) up: step up with sound, then step over step *key is prosthetic exaggerated knee flexion down:prosthetic toe hanging off step to allow knee bend
54
transfemoral stairs and curbs
up: step to, down: step through up: with sound limb: step to pattern (key is hip extension all the way) *sound limb up, push limb back into socket, kick back and step up.* down: STEP THROUGH ride hydraulic down, prosthetic toe off step
55
transtibial ramps/hills
lean into hill to go up tighten quad like crazy to go down
56
ramps/hills for transfemoral
up: lean into hill (extends) down: push back into socket OR go down side stepping, prosthetic first
57
running is _% stance, _% swing
40% stance 60% swing
58
stance phases of running include
IC midstance toe off + float phase 1
59
swing phases of running include
initial swing midswing terminal swing +float phase 2
60
common runner injuries
1. stress fractures 2. shin splints 3. PFPS 4. ITB syndrome | review these!
61
Someone runs with: * stride far from COM * ankle DF, knee flexion at IC * tibial inclination What are they?
OVERSTRIDER treat with increasing cadence
62
someone runs with: * hip ADD * knee flexion at midstance * contra hip drop what are they?
COLLAPSER treat: strengthen hips and core
63
Someone runs with: * crossover at IC * shoe wear on the lateral side * decreased knee gap what are they?
WEAVER * use tape (visual cue) * increase cadence
64
someone has a trunk lean and decreased hip extension when running. What are they?
glute amnesiac *activate their glutes, stabilize hips and core *address hip ROM/mobility w/ manual therapy
65
What is an abductory twist?
heal whip when running! more than half recreational runners have the 5 degree or more whip
66
active ingredients for walking program: which principles of neuroplasticity?
1. specificity matters 2. salience matters 3. repetition matters 4. intensity matters | SSRI
67
repetition matters: how many steps do our patients need?
2000-6000 steps!
68
intensity matters: what level of intensity for gait training?
70-85% HR max 60-80% HRR at least 14/20 RPE
69
gait training contras in CVD
unstable angina uncontrolled HTN resting SBP over 200mmHg diastolic BP over 110 mmHg BP drop of over 20 mmHg with SS
70
what are SHOULDS for gait training CPG?
mod-high intensity virtual reality
71
what are MAY consider for gait training CPG
strength/circuit/cycling/stepping (high intensity) balance training with virtual reality
72
what are SHOULD NOTs for gait training CPG
1. sitting/standing balance 2. BWSTT 3. robot assisted gait training
73
what should you use AFOs for in gait training?
* speed * dynamic balance * QOL * other mobility * walking endurance
74
what MAY/MIGHT we use AFOS for with gait training?
* acute walking endurance * MAY to strengthen mm/activation * gait kinematics
75
what should you NOT use AFO for with gait training
spasticity/tone management
76
review the AMPRO/no PRO review L test
L test of functional mobility: * TUG for LE amputation: walking path in an L (requires right and left turn) Amputee Mobility Predictor: * with and without prosthesis to justify use for insurance * 21 items (no pro: 20 items)
77
big picture transtibial gait deviations: what could be the causes?
Prosthetic misaligned OR Individual: * mm weakness or tightness * limb volume changes * shoe wear changes (heel height)
78
Why might you get anterior distal pain from walking with transtibial prosthesis?
*knee is too extended encourage soft knee! to WB through patellar tendon
79
What could cause excess knee extension in WA with transtibial gait?
delayed tibial translation due to: * foot too anterior to socket * heel cushion too soft * foot too PF amputee causes: * their shoe heel height is too low * they use knee extensors too much
80
causes for excess knee flexion in WA transtibial gait
GRF is too behind the knee bc: too fast of tibial translation * heel too firm * foot too posterior (short) * foot too DF amputee causes: * knee flexion contracture * shoe height too high * weak quads
81
why might drop off/early heel off happen with transtibial gait?
foot is positioned too posterior: * toe too short * toe too soft socket in too much flexion: * foot too DF amputee: * shoe heel height is too high
82
what causes foot whip in transtibial swing phase?
knee IR (lateral whip) knee ER (medial whip) suspension is bad * amputee: irregular loading at terminal stance or put on prosthesis wrong
83
If transtibial prosthetic user has pain on lateral distal aspect of limb or weak hip abductors, what might you see?
lateral trunk bend towards prosthetic side in stance
84
big picture causes of transfemoral gait deviations
1. limb volume change 2. not enough socks 3. change in shoe 4. improper donning 5. suspension sucks
85
If a transfemoral patient has: * increased limb volume * pubic ramus pressure (maybe socket brim too high) * pain at distal lateral femur... what might you see?
abducted gait (think functionally longer limb)
86
If a transfemoral patient has limb shrinkage or pain bc their medial wall of socket is too high... what might you see
excessive lateral trunk bending (think functionally shorter limb)
87
If a transfemoral patient has pain due to high medial brim or scared of knee flexion or not enough hip flexion... what might you see?
circumducted gait
88
two most common UE amputation causes
1. trauma - MVA, machinery accidents, GSW, electrical burns 2. disease - cancer, infection, PVD, diabetes | allergic to heparin
89
review other prosthetic gait deviations that were not included... review midterm content big picture patho gait and LE AFOs