A
B
C
D
E
100

True or false, we can do wet to dry dressing changes on burns?

FALSE

100

the initial fluid shift happens when?

first 24 hours after burn injury 

100

fluid is superstitial space:

edema 

100

True or false, third degree burns are usually painful 

FALSE 
100

true or false, burns are preventable

true 

200

Layers of the skin in order

Epidermis 

Dermis

Hypodermis

Subcutaneous layer 

200

True or false, if the burn goes past the nerve the patient cannot feel it

TRUE

200

what is the treatment plan for burns based on?

type of burn 

severity of the burn 

200

There's a risk for what with burns?

Infection- administer tetanus 

risk for metal fragments with burns from an explosion 

200

fluid loss leads to:

increased potassium- tall peak t waves 

decreased sodium 

300

Hct/Hgb

Hyponatremia 

Potassium 

WBC

decrease due to fluid shift from interstitial splace back into vascular fluid 

still present

increases more due to renal loos & movement back into cells 

initial- increase

later- decrease & left shift 

300

what does a burn assessment assess?

extent of body surface burned

depth of burn and manifestations 

300

1st fluid shift

Hyperkalemia

Hyponatremia

Hct/Hgb

Happens immediately after burn injury from massive cell destruction (stays up for days) 

can occur during different healing phases (from plasma loss) 

elevated from fluid shift 

300

When does fluid mobilization happen?

48-72 hours after burn injury 

300

Diagnostic testing part 2 

Chest xray

ECG- for electrical burns

Creatinine- deep burns 

Myoglobin- deep burns 

400

Different causes of burns 

thermal

chemical

electrical

radioactive

inhalation

400

Fourth Degree (deep full thickness) 

burns through all layers of the skin plus muscles, tendons, and bones 

-black color

-no pain

-no edema

-charred 

400

burns lead to a loss of:

temperature regulation 

sweat & sebaceous gland function 

sensory & organ function 

400
How is burn severity determined?

Age- babies & elderly burn easier & deeper due to frail skin 

Burn depth                 

Amount of surface area affected by burns (TBSA) causative agent 

baseline of patient 

location of injury 

respiratory involvement 

400

Diagnostic testing used 

CBC 

Serum electrolytes- sodium

BUN

ABG- C02, inhalation, PC02

Fasting blood glucose- depleting 

Liver

UA- red in urine= muscle

clotting 

500

Second Degree (superficial partial thickness) 

burns through the epidermis, into parts of the dermis 

-blisters

-red-white color

-painful

-mild-moderate edema

-no eschar 

causes:

-flames

-burn scalds 

500

First Degree (superficial) 

Burns through the epidermis 

-no blisters

-pink-red color

-painful

-mild edema

-no eschar 

causes: 

-sunburn

-flash burns 

500

Third Degree (deep partial thickness) 

burns through the epidermis, deep into the dermis 

-no blisters 

-red-white color

-painful

-moderate edema

-soft/dry eschar 

causes: 

-flames, burn scalds, grease, tar, chemical burns

500

Rules of nines 

front & back of head- 4.5% each 

back & front back- 4.5%

chest- 9%

abdomen- 9%

lower back- 9%

front & back leg- 9%

front & back arm- 9% 

perineum- 1% 

500
Third Degree (full thickness) 

burns through the epidermis, deep into dermis, through the subcutaneous tissue, causes nerve damage 

-nerve damage 

-no blisters

-red-tan, black, brown, white color

-may be painful (depends on nerve) 

-severe edema

-hard inelastic eschar 

causes:

-burn scalds, grease, tar, chemical burns