Lesson
Stabilize the Person and Stop the Burning Process
Burn assessment begins with scene safety, airway, breathing, circulation, trauma, ongoing exposure, inhalation, circumferential restriction, and hypothermia rather than the appearance of the skin.
- Scene safety
- Inhalation
- Shock
- Circumferential injury
- Hypothermia
Do not create a second patient
Deterioration can be delayed
Burns can hide other injury
Avoid systemic hypothermia
Protect the rescuer
Do not touch an energized patient or enter an unsafe fire, smoke, chemical, or structural scene. Disconnect hazards only when trained and able to do so safely.
Recognize inhalation risk
Enclosed-space exposure, facial burns, soot, carbonaceous sputum, hoarseness, stridor, respiratory distress, or altered mentation requires urgent airway and toxic-gas evaluation.
Do not trust a normal oxygen saturation
Conventional pulse oximetry cannot exclude carbon monoxide poisoning. Obtain blood carboxyhemoglobin by co-oximetry and give 100% oxygen promptly when poisoning is suspected. Interpret results with exposure timing and clinical findings; a later low level does not reliably exclude earlier poisoning. Pregnancy, neurologic impairment or cardiac involvement warrants urgent specialist discussion, including hyperbaric treatment.
Separate smoke exposure from cyanide poisoning
Not every smoke-exposed patient needs an antidote. Enclosed-fire exposure with altered mentation, soot, cardiovascular collapse or marked acidosis raises concern. When clinical suspicion of cyanide poisoning is high, CYANOKIT labeling directs prompt treatment without waiting for confirmatory testing or lactate. Continue airway, oxygen and circulatory support; involve emergency toxicology and the burn team.
Find trauma and shock
Assess hemorrhage, blast injury, falls, fracture, head and spine injury, hypotension, altered mentation, and other causes of shock rather than attributing everything to the burn.
Watch circumferential restriction
Deep burns around a chest or limb can restrict ventilation or perfusion as edema develops. Monitor respiratory mechanics and distal neurovascular status closely.
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Lesson
Describe Tissue Injury by Depth
Modern burn language uses superficial, superficial partial-thickness, deep partial-thickness, and full-thickness injury. Appearance, moisture, blanching, sensation, and evolution matter across skin tones.
- Superficial
- Blister
- Blanching
- Pinprick
- Full thickness
Not counted in TBSA
Dermis remains viable
Healing risk rises
Specialized care is required
Identify superficial injury
Superficial burns are dry, blanching, painful, and limited to epidermis. They are not counted in TBSA calculations used for burn resuscitation.
Identify superficial partial thickness
Moist, red or variably colored, blistered, blanching, and very painful tissue suggests viable superficial dermis.
Identify deep partial thickness
Paler, drier, less blanching, less painful tissue suggests deeper dermal injury and a higher risk of delayed healing and scar.
Identify full thickness
Dry leathery white, brown, black, or variable tissue with absent pinprick sensation indicates full-thickness destruction and requires burn expertise.
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Lesson
Estimate Total Body Surface Area Precisely
TBSA includes partial-thickness and full-thickness burns. Small or scattered burns use the patient's palmar surface, adults use the rule of nines, and children need age-adjusted proportions.
- TBSA
- Palmar method
- Rule of nines
- Lund and Browder
- Pediatrics
Exclude superficial erythema
About one percent; declare convention
Rapid initial estimate
Adjust for body proportions
Count the correct depth
Include partial-thickness and full-thickness burn. Do not count simple superficial erythema in TBSA resuscitation calculations.
Use the palmar method
For small or scattered burns, the patient's palm plus palmar surfaces of the fingers approximates 1% TBSA. State this whole-hand convention; the palm alone is smaller and must not be treated as 1%.
Use the adult rule of nines
For adults: head/neck 9%, each arm 9%, each leg 18%, anterior torso 18%, posterior torso 18%, and perineum 1%. Refine irregular areas and avoid double counting.
Adjust for children
Children have proportionally larger heads and smaller legs. Use an age-adjusted Lund and Browder chart and consider specialized pediatric care.
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Lesson
Cool the Burn Without Cooling the Patient
Effective thermal first aid stops exposure, uses cool running water, removes constricting items, protects blisters and viable tissue, covers cleanly, controls pain, and prevents hypothermia.
- Running water
- No ice
- Jewelry
- Blisters
- Nonstick cover
Protect the rescuer
Never ice
Leave adherent material
Keep the patient warm
Stop the heat source
Extinguish flame, separate the hot object, and remove loose hot clothing without tearing away material stuck to skin.
Cool with running water
ABA first aid recommends cool running water for at least five minutes. AAD guidance for a first-degree burn uses about ten minutes or until pain subsides. Avoid ice and systemic cooling; serious burns need urgent care rather than prolonged home treatment.
Remove constriction early
Remove rings, watches, belts, shoes, and tight items before edema develops, unless they are adherent or removal would damage tissue.
Cover and reassess
Use a clean nonstick dressing or cloth, keep the patient warm, avoid casual blister rupture, and reassess depth, pain, infection, and referral criteria.
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Lesson
Treat Mechanism as a Hidden Compartment
Chemical and electrical burns can progress beneath limited visible skin injury. Decontamination, source control, rescuer safety, eye and airway exposure, cardiac risk, muscle injury, and trauma shape care.
- Decontamination
- Dry powder
- Electrical source
- Arrhythmia
- Hidden injury
Irrigation follows agent-specific safety
Reactive solids need expert guidance
High-voltage rescue needs professionals
Emergency evaluation
Decontaminate chemical exposure
Protect the rescuer and remove contaminated clothing. Brush away dry powder before irrigation when appropriate to the agent. For a corrosive liquid splash, start copious running-water irrigation immediately for at least 20 minutes, following Poison Control and product-specific instructions. Water-reactive solids require agent-specific hazardous-material guidance; do not apply the liquid-splash rule blindly to dry lime or reactive metals. Do not improvise acid-base neutralization.
Protect eyes and airway
Begin eye irrigation immediately with room-temperature water, remove contact lenses, and continue for at least 15-20 minutes; caustic exposures require at least 20 minutes and further expert-directed care. Severe pain or vision change needs emergency assessment without waiting for symptoms to settle. Move inhalational exposure to fresh air only when safe; breathing difficulty is an emergency.
Identify agents that need more than washing
Hydrofluoric acid can penetrate deeply and cause systemic electrolyte toxicity even when early pain or visible injury is limited. Irrigate promptly and obtain emergency toxicology care; calcium gluconate treatment is selected by the clinical team. Surface appearance and a completed rinse do not establish safety.
Disconnect electricity safely
Call emergency services and never touch an energized patient. Shut off power only if safe; do not enter standing water to reach a switch. Downed or high-voltage lines require utility/emergency personnel; do not attempt an improvised rescue.
Assess electrical complications
Obtain an ECG after electrical injury. Chest pain, loss of consciousness, abnormal ECG or high-voltage exposure requires monitored specialist evaluation. Significant muscle injury warrants potassium, creatinine, creatine kinase and urine assessment. Watch for compartment syndrome before pulse loss; visible skin area does not measure the full injury.
Look beyond the skin
Electrical injury can cause arrhythmia, muscle necrosis, nerve injury, compartment syndrome, falls, fracture, and pregnancy concerns despite small contact wounds. Alternating current reverses direction, so fixed entry/exit labels can mislead.
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Lesson
Match Severity to Burn-Center Expertise
Current ABA referral guidance uses burn depth, TBSA, critical location, inhalation, chemical or electrical mechanism, pain, trauma, comorbidity, pediatric needs, and local resources.
- Burn center
- Ten percent TBSA
- Critical area
- Inhalation
- Pediatrics
Any size can matter
Count correctly
Function changes urgency
Special expertise is needed
Refer by depth and extent
ABA calls for immediate consultation with transfer consideration for full-thickness burns or partial-thickness burns at least 10% TBSA. Smaller partial-thickness and all potentially deep burns still warrant consultation; these categories do not all imply automatic transfer.
Refer by critical location
Deep partial or full-thickness burns of the face, hands, feet, genitalia, perineum, or over joints threaten airway, function, identity, and mobility.
Refer by mechanism and patient
Suspected inhalation, all chemical injuries, high-voltage electrical injury (at least 1,000 V), lightning, comorbidity, concomitant trauma, and poorly controlled pain require specialized assessment.
Do not dismiss low-voltage injury
Electrical injuries below 1,000 V still warrant consultation and consideration of burn-center follow-up for delayed symptoms and vision problems.
Use pediatric consultation broadly
All pediatric burns may benefit because pain, dressing care, rehabilitation, caregiver needs, and possible nonaccidental trauma require specialized systems. Compare the reported mechanism with developmental ability and the injury pattern; inconsistency requires safeguarding assessment, not a conclusion from appearance alone.
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Lesson
Build a Clean Moist Protected Healing Environment
Selected minor superficial burns can be managed with gentle cleaning, plain petroleum jelly, nonstick coverage, pain control, blister protection, and a dated return rule.
- Cleansing
- Petroleum jelly
- Nonstick dressing
- Analgesia
- Return rule
Avoid repeated tissue injury
No routine topical antibiotic
Do not pop blisters casually
Escalate an abnormal course
Clean gently
After cooling, wash gently with mild soap and water. Avoid repeated alcohol, peroxide, scraping, or contaminated home remedies.
Use simple moisture support
After cooling an appropriate minor first-degree burn, AAD recommends plain petroleum jelly two to three times daily. This does not justify applying greasy products during ongoing heat exposure or using routine topical antibiotics.
Protect with a nonstick dressing
Cover loosely, change as directed or when wet or dirty, and avoid tearing adherent material from new epithelium.
Control pain and define return
Use patient-appropriate acetaminophen or ibuprofen after medication review. Escalate worsening pain, infection, delayed healing, functional loss, or uncertain depth.
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Lesson
Use Topical Antimicrobials by Indication
Topical therapy follows burn depth, contamination, wound goals, product labeling, patient risk, dressing strategy, and monitoring. A topical route does not guarantee only local effects.
- Stewardship
- Silver sulfadiazine
- G6PD
- Leukopenia
- Pregnancy
Minor superficial care
Home remedies can harm
Second and third degree label
Exposure can become systemic
Avoid routine home remedies
Ice, butter, grease, toothpaste, contaminated plant products, and unverified ointments can worsen heat retention, tissue injury, or contamination.
Use antibiotics only by indication
Minor clean burns do not automatically need topical antibiotics. Diagnose infection and select treatment by depth, organism, area, host, and current guidance.
Place silver sulfadiazine precisely
Current labeling describes it as an adjunct for prevention and treatment of wound sepsis in second- and third-degree burns, not as the default for every minor burn.
Do not equate antimicrobial activity with faster closure
A small randomized trial in adults with superficial partial-thickness burns found no healing advantage for silver sulfadiazine/gauze over petrolatum. Limited follow-up and a narrow population prevent generalization to deep, extensive or infected burns. Do not promise that SSD accelerates healing.
Separate contraindications from warnings
Do not use with hypersensitivity to silver sulfadiazine or ingredients, in premature infants, during the first two months of life, or near/at term pregnancy. Other sulfonamide allergy requires assessment of possible cross-sensitivity; G6PD deficiency carries a hemolysis warning.
Review pregnancy, lactation and pediatric uncertainty
Outside the near-term contraindication, pregnancy still requires a justified benefit-risk decision. During breastfeeding, the label calls for a clinician-guided choice between stopping nursing and stopping SSD, considering maternal need and infant risk. Do not assume topical use avoids exposure. Beyond the specific neonatal contraindications, pediatric safety and effectiveness are not established in this label.
Apply the prescribed product correctly
For clinician-directed 1% cream, cleanse/debride appropriately and apply under sterile conditions once or twice daily, approximately 1/16 inch thick. Reapply if removed. This is topical, not ophthalmic, therapy.
Monitor systemic exposure
Extensive injury increases absorption. Monitor renal function, blood counts and reactions; hepatic or renal impairment can cause accumulation. Extensive burns may require serum sulfa and urinary-crystal monitoring. Silver may inactivate enzymatic debriders.
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Lesson
Calculate an Estimate and Then Treat Physiology
Major burns create capillary leak and burn shock. Current ABA adult guidance starts with a lower crystalloid estimate for burns at least twenty percent TBSA, then titrates to urine output and whole-patient physiology.
- Two mL per kg per percent
- Twenty percent TBSA
- Time of burn
- Urine output
- Fluid creep
Adults at least twenty percent TBSA
Delay changes delivery
Formula is only a start
More fluid is not always better
Use the current starting estimate
For adults with at least twenty percent TBSA burn, consider two milliliters of crystalloid per kilogram per percent TBSA over the first twenty-four hours as the initial estimate.
Anchor time correctly
Resuscitation time starts at the burn, not hospital arrival. Account for elapsed time and all prehospital fluid without delivering a dangerous catch-up bolus blindly.
Translate volume into a starting rate
One burn-center approach allocates half the 24-hour estimate to the first eight hours after injury. For a 60 kg adult with 25% TBSA, 2 x 60 x 25 = 3,000 mL; half is 1,500 mL, or 187.5 mL/hour if starting at injury time. Actual delivery changes with reassessment; do not divide the entire estimate evenly by 24 or restart eight hours on arrival.
Recognize the scope of evidence
The ABA guideline covers adult burn shock at at least 20% TBSA during the first 48 hours. It supports a lower starting volume, not a proven survival advantage. Do not transfer the adult formula unchanged to children or use it to manage every other cause of shock.
Escalate failing resuscitation
ABA supports considering albumin in the first 24 hours, especially with larger burns or escalating crystalloid requirements. Exact timing remains uncertain. Its FFP recommendation is research-only; individual centers may use different protocols. Adjuncts require burn-team decisions.
Titrate to physiology
Use urine output, perfusion, mental status, hemodynamics, lactate trend, respiratory mechanics, renal function, and burn-team targets rather than a fixed formula alone.
Prevent fluid creep
Excessive resuscitation can worsen pulmonary edema, extremity and abdominal compartment pressure, tissue edema, and graft or wound problems.
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Lesson
Measure Healing, Function, and Recovery
Burn recovery follows wound depth and closure while tracking infection, tetanus protection, pain, nutrition, mobility, contracture, itch, scar, pigment, sleep, trauma, and return to daily life.
- Infection
- Tetanus
- Mobility
- Scar
- Psychological recovery
Trajectory matters
Prevent contracture
Large burns are systemic
Recovery continues for months
Recognize infection and failure
Progressive pain, warmth, swelling, drainage, odor, fever, systemic illness, delayed healing, or deepening appearance requires reassessment.
Close tetanus protection
Burns with devitalized tissue are dirty/major wounds. With a complete primary series, vaccinate if the last dose was at least five years ago. Unknown, absent or incomplete vaccination requires vaccination and 250 IU TIG intramuscularly. HIV or severe immunodeficiency also warrants TIG for dirty/major wounds regardless of vaccine history. Antibiotics do not prevent tetanus.
Preserve movement and role
Burn-team-directed positioning, splinting, edema control, range of motion, nutrition, protein, sleep, pain control, and occupational rehabilitation can begin before final closure. Movement must follow surgical, graft and exposed-tissue restrictions; early rehabilitation does not mean unrestricted stretching.
Protect healed skin from sunlight
Once the wound has closed, use shade and protective clothing plus broad-spectrum, water-resistant sunscreen with SPF 30 or higher on exposed healed skin. Do not put sunscreen inside an open burn.
Treat itch without reopening skin
For dry healed skin, try fragrance-free moisturizer and avoid scratching. Track itch intensity, sleep disruption and functional impact. Persistent symptoms need medication review and burn-team treatment; do not automatically add sedating drugs. Keep nails short and protect fragile skin.
Support scar and psychological recovery
After closure, address clinician-directed scar care, itch, pigment, body image, trauma symptoms, sleep, school, work, relationships, and community support.
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Module practice
Check the connections.
Each attempt draws 10 questions from the complete 49 question bank.
Each attempt draws a fresh set and rearranges the answer choices.
References
Current clinical foundation.
Core source material was synthesized with the following contemporary guidance. Verify local policy and current guidance before applying clinical information.
- American Burn Association Referral Guidelines
- American Burn Association Burn First Aid
- ABA Burn Shock Resuscitation Guideline
- AAD Minor Burn Care
- CDC Chemical Decontamination
- CDC Electrical Hazard Response
- CDC Tetanus Wound Management
- DailyMed Silver Sulfadiazine
- Petrolatum versus SSD randomized trial
- McGovern adult burn resuscitation protocol
- CDC carbon monoxide clinical guidance
- Vanderbilt electrical injury guideline (July 2026)
- ABA chemical burns
- Poison Control eye irrigation
- Poison Control caustic first aid
- CDC hydrogen fluoride
- MSKTC burn itch care
- MSKTC burn rehabilitation
- CYANOKIT prescribing information
- MedlinePlus chemical burn first aid