biomechanical limitations Flashcards

(39 cards)

1
Q

biomechanical limitation

A

resistance from shortening , stiffness

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2
Q

biomechanical limitation from

A
abnormal positioning/movement
prolonged immobilization 
impaired mm function
infection
swelling
ossification
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3
Q

mm stiffness due to

A

passive stiffness
active stiffness
neurally mediated stiffness

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4
Q

increased mm stiffness from

A

changes in

mm length
mm thixotropy
connective tissue
changes in mm fibers

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5
Q

how mm length impacts stiffness

A

less extensibility makes more stiff,

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6
Q

mm thixotropy

A

connective tissue gets solid state

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7
Q

connective tissue impacts stiffness

A

scar tissue

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8
Q

changes in mm fibers impacts mm stiffness

A

size, fatigibuality, alignment

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9
Q

neurally mediated stiffness

A

spinal reflexes aren’t modulated by nervous system

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10
Q

PNS you see UMN or LMN signs

A

LMN

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11
Q

LMN signs

A

hypotonia
hyporeflexia
flacid
paralysis

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12
Q

UMN signs

A

hypertonia, hyperreflexia, spasticity

paralysis

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13
Q

__ results in decreased neural mediated stiffness

A

PNS

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14
Q

__ results in increased neural mediated stiffness

A

CNS

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15
Q

T/F not possible in mm innervated by damaged peripheral nerve to have increased neural stiffness

A

true

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16
Q

T/F CNS pathology can result in decreased neural mediated stiffness too

17
Q

why CNS can be decreased neural mediated stiffness too

A

hypotonia early after injury (spinal shock)

18
Q

what can cause joint limiation

A

client posture
alignment
speed of movement (spasticity)

19
Q

heterotrophic ossification treatment consideratsion

A

same as for other biotech limitations

20
Q

what can you not do for HO

A

no forced stretch
just acitve/ pass ROM
no casting / immbolization

21
Q

what do for HO

A

functional activity
cardio
lease with MD

22
Q

HO

A

bone forming inside soft tissue

23
Q

clinical indicators of HO

A

sudden / dramatic decrease ROM
feel a bony block

confirmed on X-ray

24
Q

what can HO be confused with

A

DVT, infection, trauma

25
T/F any individual with challenged in mobility and motor function is at risk of developing biomechanic limitat
T
26
always include __ in biomech limit patients
prevent / minimize loss of ROM and flexibility
27
5 things you should consider in neuro population
``` motor control tone flacid neglect sensory changes ```
28
safety screening for neuo
assess sublax/ sulcus flacid/tone ER AROM/PROM with humerus in ER (thumbs up)
29
Overhead pulleys for hemiparetic shoulder?
NO, NO, NO
30
condition that requires decrease mm extensibitly for function
tenodesis grip
31
condition requires increase mm extensibility for function
hamstring
32
does soleus or gastroc impact sit to stand
soleus
33
treatment for biomech strategies
maintain ROM anticipate loss of PROM treat limits consider individual needs
34
goal of passive stretch
provide low load, long positional stretch
35
t/f casting helpful with post head injury with CP
yes
36
casting for HO or seizures?
no
37
t/F stretch duration established in neuro population
no, FITT principals must be individually assessed
38
contraindications for streching
``` bony block limts recent fracture not united acute inflam acute join piain hematoma when the contracture is helping stability post tendon transfer surgery ```
39
precautions for stretching
``` dont force beyond normal PROM newly united fraction prolonged immboization osteoporosis edema when contractors are helping ```