1st Degree: Superficial - Affects the top layer of the skin “epidermis”
Degrees of Burns
1st Degree: Superficial - Least severe of all the types; heals usually within 7 days
Degrees of Burns
1st Degree: Superficial - skin is very red
Degrees of Burns
1st Degree: Superficial - Brisk capillary refill (the faster the capillary refill, the more superficial the burn is)
Degrees of Burns
2nd Degree: Partial-thickness - Can be superficial or deep partial-thickness affecting various areas of the dermis
Degrees of Burns
2nd Degree: Partial-thickness - Involves the epidermis and dermis
Degrees of Burns
2nd Degree: Partial-thickness - Very painful…nerve sensation still present; May need skin grafting if severe
Degrees of Burns
2nd Degree: Partial-thickness - Blister present or "weeping" burn
Degrees of Burns
2nd Degree: Partial-thickness - Redness that will blanch, swelling, shiny red/pink and moist in area
Degrees of Burns
3rd Degree: Full-thickness - All skin layers are damaged along with the fats, hair follicles, sweat glands, nerves
Degrees of Burns
3rd Degree: Full-thickness - Not painful or the pain is dramatically decreased because damage to the sensation receptors
Degrees of Burns
3rd Degree: Full-thickness - Skin can NOT heal…will need skin grafting; months to heal
Degrees of Burns
3rd Degree: Full-thickness - Can look black, yellow or red or pearly white and hard and matte/dry
Degrees of Burns
3rd Degree: Full-thickness - Can feel hard in areas or leathery….this is eschar which is hard, dead burnt tissue (will need to be removed for healing to occur and treatment)
Degrees of Burns
4th Degree: Deep Full-thickness - Worst of all…all the layers are destroyed but it extends to the muscles, bone, ligaments….all sensation of pain is gone
Degrees of Burns
4th Degree: Deep Full-thickness - Appears black, charred with eschar; months to heal and needs skin grafting
Degrees of Burns
4th Degree: Deep Full-thickness - Watch for ATN (acute tubular necrosis) because myoglobin and hemoglobin can be released into circulation…goes to kidneys and blocks perfusion, which leads to AKI