Lymphedema & Burns Flashcards
What are the types of burns?
Thermal:
- flame, hot liquid, steam
Chemical:
- industrial accidents, assaults, acids, bases
- alkaline burns more severe than acidic burns (melts skin away)
Electrical:
- charred entrance, explosive exit
- potential for multiple system involvement
How are burns normally described?
Usually by tissue involvement:
- superficial
- superficial partial-thickness
- deep partial-thickness
- full-thickness
- subdermal
What are the different zones of a burn?
Zone of coagulation:
- central portion, irreparable damage
- characterized by coagulation, ischemia, necrosis
Zone of stasis: middle zone
- area of cellular injury and compromised perfusion
Zone of hyperemia: outer red zone
- outer edges, minimal cellular injury
What is the description of a superficial 1st degree burn?
- bright red skin that blanches with pressure
- resolves 3-5 days w/o scar
sunburn, minor flash burn
What is the description of a superficial partial-thickness 2nd degree burn?
- Painful, moist, weeping, blistered skin
- blanches w/ immediate capillary refill
- resolves 10-14 days w/ minimal to no scarring
brief contact burns, flash burns
What is the description of a deep partial thickness 2nd degree burn?
- Mottled areas of red with white eschar, blistering possible, may have areas of insensitivity
- 3 or more weeks to heal
severe sunburn, scald, flash burn
What is the description of a full-thickness 3rd degree burn?
- Initially red then mottled white/black, dry, leathery eschar
- very painful
- surgical debridement and grafting likely required
prolonged contact w/ flame, immersion scald injury
What is the description of a subdermal 4th degree burn?
- charred, mummified appearance
- exposed deep tissues
- insensate to light touch
- may have permanent nerve damage
electrical burn, strong chemical burn
What classification systems are used when classifying burns?
Rule of Nines
Lund-browder (for kids)
What are some contamination factors to consider with burns?
Cardiovascular system: fluid retention
Respiratory compromise: inhaling smoke, carbon monoxide, etc.
Metabolism: 2-3x increase so need more nutrients
Immune system: infection and sepsis
Orthopedic: fractures
Psychological dysfunction
Other systems: GI & kidney, CNS
What can PT’s help with preventing complications of burn victims?
- contractures
- infections
- deconditioning
- pulmonary dysfunction
- pressure ulcers