Week 3 Burn Pathophysiology Special Considerations Flashcards

(28 cards)

1
Q

what are some complications of major burns and the PT implications

A
systemic effects of major burns 
tendon exposures
heterotypic ossification 
amputations 
inhalation therapy
CO poisoning 
face and neck burns
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2
Q

systemic effects of burn injuries happen when the burn is what % TBSA

A

over 15-30%

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3
Q

what are some systemic effects

A

effects that are not seen for 2-3 days after the admission that cascade to all organs and systems.

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4
Q

what is burn shock

A

combo of distributive, hypovolemic and cardiogenic shock.

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5
Q

what are some cardiovascular systemic effects

A

tachycardia

hypotension (decreased CO)

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6
Q

what are some hypermetabolic systemic effects

A

increased HR

increased nutritional needs because the body is in a state of catabolism

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7
Q

what are some pulmonary effects

A

lung inflammation and edema, and can lead to acute respiratory distress syndrome

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8
Q

what are some immune system problems

A

compromise due to absence of that skin barrier and the inflammation that occurs

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9
Q

do you get inhalation injuries fro hot air or poisons/chemicals

A

chemicals

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10
Q

what can PT do for inhalation injuries

A

mobility, positioning, posture, breathing, airway clearance things.

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11
Q

what is CO poisoning, and what happens to cardio things

A

carboxyhemoglobin COHb (0-5% normally)
HR and RR increase
you get arrhythmia and MI
BP decreases

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12
Q

TF: with CO poisoning, you get a true elevated SpO2

A

false, it is falsely elevated

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13
Q

what is delayed neuropsychiatric syndrome

A

cognitive/personality changes, Parkinsonism, and spontaneous resolution in 1 year. (thanks to CO poisoning)

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14
Q

what is the risk of deep dorsal hand burns

A

risk of injury to extensor hood

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15
Q

what do we want to avoid with deep dorsal hand burns

A

composite fist flexion until it is closed.

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16
Q

what position do we want the hand in

A

MP flexion with IP extension

17
Q

what are some implications of an achilles tendon burn

A

tendon damage, needs splinting, and prolonged low load stretch

18
Q

what is heterotypic ossification

A

formation of bone in soft tissue around a joint, that happens with trauma, SCI, burns…

19
Q

in burn populations, where is the most common spot for HO

20
Q

what happens to ROM and end feel with HO

A

decreased, firm and hard end-feel

21
Q

with HO, what positions do you normally lose

A

forearm supination, then elbow flexion and extension

22
Q

TF: the pain is usually in proportion to the injury with HO

A

false, out of proportion

23
Q

TF: you always see HO on x-ray

A

false, not in early stages

24
Q

when is the average time of onset with HO from the injury

25
how do PT's manage HO
not aggressive ROM start with patient AROM that they can tolerate. do not push past end range surgical intervention after 1-2 years.
26
when might one have an amputation
electrical burn, frostbite, deep burns, infection
27
what is crucial for limb salvage
strength and sensation assessment
28
how do we manage the residual limb
wrapping, desensitization, HEP, positioning, splinting, ROM management and edema management.