advanced burn life support review

Advanced Burn Life SupportAdvanced Burn Life SupportManual ReviewManual Review

Robyn Watts, M.D.Nadia Afridi, M.D.

Division of Plastic SurgeryDalhousie University, Halifax NS

OverviewOverview

• Burn Pathophysiology• Initial Assessment & Management• Airway Management & Inhalation Injury• Shock & Fluid Resuscitation• Burn Wound Management• Electrical Injuries• Chemical Burns• Pediatric Burns• Other Topics

Skin AnatomySkin Anatomy

Epidermis

Dermis

Hypodermis

Function of Normal SkinFunction of Normal Skin

• Protection from infection & injury

• Prevention of loss of body fluid

• Regulation of body temperature

• Sensory contact with environment

What is a Burn?What is a Burn?

• An injury to tissue from:

–Exposure to flames or hot liquids–Contact with hot objects–Exposure to caustic chemicals or radiation–Contact with an electrical current

Pathophysiology of Burn InjuryPathophysiology of Burn Injury

• Zone of Coagulation:– Irreversible damage

• Zone of Stasis:– Impairment of blood flow

– Recovery variable

• Zone of Hyperemia:– Prominent vasodilation

– Usually recovers

OverviewOverview


Severity of a BurnSeverity of a Burn

Depends on:

• Depth of burn

• Extent of burn

• Location of injury

• Patient’s age

• Presence of associated injury or diseases

Depth of a BurnDepth of a Burn

First DegreeFirst Degree

SuperficialSuperficial SecondSecond

Deep SecondDeep Second

Third DegreeThird Degree


• First Degree

– Epidermis only– Erythematous– Hypersensitive– Classic sunburn– Heals without scar

Depth of a BurnDepth of a Burn• Second Degree

– Epidermis + part of dermis• Superficial• Deep

– Blisters– Edematous and red– Very painful– Scaring variable


• Third Degree– Full thickness burn– Can involve

underlying muscle, tendon, bone

– Waxy white, leathery brown or charred black

– Painless– Heals with scar

Extent of a BurnExtent of a Burn

• “Rule of Nines”

– Most universal guide for initial estimate

– Deviates in children due to larger head surface area

““Robyn’s Rule of 4s”Robyn’s Rule of 4s”

ABA Burn Referral CriteriaABA Burn Referral Criteria

• 2nd & 3rd degree burns of greater than 10% BSA in patients under 10 or over 50 yrs old

• 2nd & 3rd degree burns of greater than 20% BSA in other age groups

• 2nd & 3rd degree burns with functional or cosmetic implications

• 3rd degree burn of greater then 5% BSA

ABA Burn Referral CriteriaABA Burn Referral Criteria

• Significant electrical burn

• Chemical injury with functional or cosmetic impairment

• Inhalation injury

• Circumferential burn of chest or extremity

• Burn injury with pre-existing medical disorder

• Any burn with concomitant trauma

Primary SurveyPrimary Survey

• A – Airway

• B – Breathing

• C – Circulation / C-spine / Cardiac status

• D – Disability / Neurologic Deficit

• E – Exposure and Examination

• F – Fluid Resuscitation

Secondary SurveySecondary Survey

• Complete heat-to-toe examination• Obtain as much information as possible

regarding injury:

– A – Allergies– M –Medications– P – Past medical history– L – Last meal or drink– E – Events preceding injury

Management PrinciplesManagement Principles

• Stop the Burning Process

• Universal Precautions

• Airway Management

• Circulatory Management

• Insertion of a Nasogastric Tube

• Insertion of a Foley Catheter

Management PrinciplesManagement Principles

• Relieve Pain

• Assess Extremity Pulses Regularly

• Assess for Ventilatory Limitation

• Provide Emotional Support

• Suicide Management

OverviewOverview


Inhalation InjuryInhalation Injury

• Important determinant of morbidity & mortality

• Manifests within the first 5 days after injury

• Present in 20-50% of pts admitted to burn centers

• Present in 60-70% of pts who die in burn centers

Indicators of Inhalation InjuryIndicators of Inhalation Injury

• Burned in closed space• Facial or intra-oral burns• Singed nasal hairs• Soot in mouth, nostrils,

larynx• Hoarseness or stridor• Respiratory distress• Signs of hypoxemia

History of EventHistory of Event

• Is there a history of unconsciousness?

• Were there noxious chemicals involved?

• Did injury occur in closed space?

Types of Inhalation InjuryTypes of Inhalation Injury

• Carbon Monoxide Poisoning

• Inhalation Injury Above the Glottis

• Inhalation Below the Glottis

Carbon Monoxide PoisoningCarbon Monoxide Poisoning

• Colorless, odorless gas• Binds to hemoglobin 200 times more than oxygen • Most immediate threat to life in survivors with

severe inhalation injury• Toxicity related directly to percentage of

hemoglobin it saturates

Carbon Monoxide PoisoningCarbon Monoxide PoisoningSigns & Symptoms of Carbon Monoxide ToxicitySigns & Symptoms of Carbon Monoxide Toxicity

Carboxyhemoglobin (%)Carboxyhemoglobin (%) Signs/SymptomsSigns/Symptoms

0-100-10 NoneNone

10-3010-30 HeadacheHeadache

30-5030-50 Headache, nausea, Headache, nausea, dizziness, tachycardiadizziness, tachycardia

50-6050-60 CNS dysfunction, CNS dysfunction, comacoma

60+60+ DeathDeath

Signs of CO PoisoningSigns of CO Poisoning

• Cherry red coloration

• Normal or pale skin with lip coloration

• Hypoxic with no apparent cyanosis

• PaO2 is unaffected

• Essential to determine carboxyhemoglobin levels !

CO Poisoning: TreatmentCO Poisoning: Treatment

• 100% oxygen until carboxyhemoglobin levels less than 15– Increases rate of CO diffusion from 4 hours to

45 minutes

• Hyperbaric oxygen is of unproven value– May be useful in isolated CO intoxication but

complicates wound care

Inhalation Injury Above the Inhalation Injury Above the GlottisGlottis

• Most common inhalation injury

• Results from heat dissipation into tissues

• Commonly leads to obstruction

• Edema lasts for 2-4 days• Dx by visualization of

upper airways

Inhalation Injury Above the Glottis:Inhalation Injury Above the Glottis:TreatmentTreatment

Intubate!!!

Inhalation Injury Below the GlottisInhalation Injury Below the Glottis

• Chemical pneumonitis caused by toxic products of combustion– Ammonia, chlorine, hydrogen chloride,

phosgene, aldehydes, sulfur & nitrogen oxides– Related to amount and type of volatile

substances inhaled

• Onset of symptoms is unpredictable– Close monitoring for first 24 hours

Inhalation Injury Below the Glottis:Inhalation Injury Below the Glottis:TreatmentTreatment

Prior to transfer to burn center• Intubation

– to clear secretions– relieve dyspnea– deliver PEEP– Improve oxygenation

• Steroids not indicated• Prophylactic antibiotics unjustified• Circumferential chest burns: escharotomies

Inhalation Injury in the Pediatric Inhalation Injury in the Pediatric PatientPatient

• Small airways: rapid onset of obstruction– Well secured, appropriately sized, uncuffed tube

• Rib cage is not ossified– More pliable

– Pt exhausts rapidly due to decrease in compliance with circumferential chest burns

– Escharotomies performed with first evidence of ventilatory impairment

OverviewOverview


Shock & Fluid ResuscitationShock & Fluid Resuscitation

Goal:

• To maintain vital organ function while avoiding the complications of inadequate or excessive therapy

Systemic Effects of Burn InjurySystemic Effects of Burn Injury

• Magnitude & duration of response proportional to extent of surface burned

• Hypovolemia– Decreased perfusion & oxygen delivery

• Initial increase in PVR & decrease in CO– Neurogenic & humoral effects

• Corrected with adequate fluid resuscitation– Prevent shock & organ failure

Cellular Response to Burn InjuryCellular Response to Burn Injury

• Severity dependant on temperature exposed and duration of exposure

• “Zone of Stasis”: recovery of injured cells dependant on prompt resuscitation

Resuscitation Fluid NeedsResuscitation Fluid Needs

• Related to:– extent of burn (rule of nines) – body size (pre-injury weight estimate)

• Delivered through large bore peripheral IV– Attempt to avoid overlying burned skin– Can use venous cut down or central line

Resuscitation Fluid Needs:Resuscitation Fluid Needs:First 24 HoursFirst 24 Hours

• Parkland Formula:– Adults: 2-4 ml RL x Kg body weight x %

burn– Children: 3-4 ml RL x Kg body weight x % burn

• First half of volume over first 8 hours, second half over following 16 hours– Hypovolemia, decreased CO– Increased capillary permeability– Crystalloid fluid is keystone, colloid not useful

Resuscitation Fluid Needs:Resuscitation Fluid Needs:Second 24 HoursSecond 24 Hours

• Capillary permeability gradually returns to normal

• Colloid fluids started to minimize volume – Only necessary in patients with large burns

(greater than 30% TBSA)– 0.5 ml of 5% albumin x Kg body weight x % burn

Monitoring of ResuscitationMonitoring of Resuscitation

• Actual volume infused with vary from calculates according to physiologic monitoring

• Optimal regimen: – minimizes volume & salt loading– prevents acute renal failure– low incidence of pulmonary & cerebral edema

Monitoring of ResuscitationMonitoring of Resuscitation

• Urinary output is a reliable guide to end organ perfusion– Adults: 30-50 ml per hour– Children (less than 30 Kg): 1 ml/Kg per hour

• Infusion rate should be increased or decreased by 1/3 if u/o falls or exceeds limits by more than 1/3 for 2-3 hours

Management of Myoglobinuria Management of Myoglobinuria & Hemoglobinuria & Hemoglobinuria

• High voltage electrical injury and mechanical trauma• Maintain urine output of 75-100 ml per hour• Add 12.5 gm of Mannitol to each liter of fluid

– Urine output not sustained

– Urine pigment does not clear

• Sodium bicarbonate 1 amp (50 meq) per liter of fluid– Heme pigments more soluble in alkaline urine

Monitoring ResuscitationMonitoring Resuscitation

• Blood pressure:– Can be misleading due to progressive edema &

vasoconstriction

• Heart Rate: – Tachycardia commonly observed

• Hemaglobin & hematocrit:– Not a reliable guide – Transfusion not to be used for resuscitation

• Baseline serum chemistries & arterial blood gases– Baseline to be obtained in burns of >30% BSA

Monitoring ResuscitationMonitoring Resuscitation

• CXR: daily for first 5-7 days– Normal study in first 24 hours does not r/o

inhalation injury

• ECG:– All electrical injuries– Pre-existing cardiovascular disease

Fluid Resuscitation in the Fluid Resuscitation in the Pediatric PatientPediatric Patient

• Require greater amounts of fluid– Greater surface area per unit body mass

• More sensitive to fluid overload– Lesser intravascular volume per unit surface

area burned

OverviewOverview


Depth of BurnDepth of Burn

• Partial Thickness– First degree

– Superficial second degree

– Deep second degree

• Full Thickness– Third degree

Ack 361Ack 361

Initial Management:Initial Management:Chest EscharotomyChest Escharotomy

• Circumferential chest wall burns

• Performed in the anterior axillary line

• Extend to abdominal wall if involved

• Divide eschar completely– Electric cautery– Sharp division

Initial Management:Initial Management:Extremity EscharotomyExtremity Escharotomy

• Circumferential burn of the extremity

• Remove rings, watches• Elevation of limb• Hourly monitoring:

– Skin color, Temperature– Sensation, Pain– Capillary refill– Peripheral pulses– Ultrasonic flowmeter

Finger EscharotomyFinger Escharotomy

• Seldom required• Performed after

consultation with burn center physician

• Extend through full thickness of skin only

• Avoid tactile areas

Performing an EscharotomyPerforming an Escharotomy

• Bedside procedure• Sterile technique (sharp division or electrocautery)• Local anesthesia not required

– Control anxiety

• Avoid major nerves & vessels• Extend incision into subcutaneous fat• Incision to be carried across involved joints• 2nd incision on contralateral aspect of limb may be

required

Escharotomy SitesEscharotomy Sites

Specific Anatomical BurnsSpecific Anatomical Burns

• Facial Burns– Require hospital care– Possibility of

respiratory damage– Elevate HOB 30

degrees– Use water or NS to

clean to avoid chemical conjunctivitis


• Burns of the Eyes– Examine ASAP– Use fluorescein to identify corneal injury– Chemical burns to be rinsed with copious NS– Opthalmic antibiotic drops if corneal injury

present– Solutions with steroids dangerous– Tarsorrhaphy is never indicated in acute phase


• Burns of the Ears

– Examine external canal & drum early– Determine if OM/OE present– Avoid pressure dressings & additional trauma


• Burns of the Hands– Determine vascular status

& need for escharatomy– Presence of radial pulse

does not exclude compartment syndrome

– Monitor with Doppler U/S – Elevate hand above heart– Dressings impair ability to

monitor


• Burns of the Feet– Assess circulation

on scheduled basis– Elevate limb– Dressings to be

avoided to not interfere with monitoring


• Burns of the Genitalia & Perineum– Burn to the penis requires immediate insertion

of Foley catheter– With circumferential burns, a dorsal

escharotomy may be indicated– Scrotal swelling does not require treatment– Diverting colostomy not indicated in perineal

burns

Tar BurnsTar Burns

• Contact burns• Bitumen is non-toxic• Immediate cooling of

molten with cold H20• Removal of tar not an

emergency• Cover with petroleum

based product & dressed to emulsify tar Please Pass the Mayo!Please Pass the Mayo!

OverviewOverview


Electrical InjuryElectrical Injury

• Occurs when electricity is converted to heat as it travels through tissue

• Divided into:– High voltage – greater than 1000 V– Low voltage – less than 1000

• Hands & wrists are common entrance wounds

• Feet are common exit wounds

Electrical InjuryElectrical Injury

• Extremely difficult to evaluate clinically

• Greatest tissue damage occurs under and adjacent to contact points

• Superficial tissues cool more rapidly than the deeper tissue– Accounts for non-viable tissue beneath viable,

more superficial muscle

Types of Tissue InjuryTypes of Tissue Injury

• Cutaneous Burn with no underlying tissue damage– No passage of current through patient

• Cutaneous Burn plus deep tissue damage– Involving fat, fascia, muscle and/or bone

• Muscle damage associated with myoglobin release– Urine may be light red to “port wine” color– Risk of kidney damage

Lightning InjuryLightning Injury

• Direct current of >100 000 000 volts and up to 200 000 amps

• Injury results from:– Direct strike– Side flash

• Flow of current between person & nearby object

• Often travels on surface of body– Burns typically superficial– “splashed on” spidery pattern

Management of Electrical InjuryManagement of Electrical Injury

• ABC’s• Assess Injury

– History • LOC, cardiac arrythmia, other trauma

– Physical Exam • neuro exam, long bone #, dislocations, cervical spine

• Maintain Patency of Airway• Cardiac Monitoring:

– Standard 12 lead EKG on admission– Continuous cardiac monitoring for first 24 hours

Management of Electrical Injury:Management of Electrical Injury:Fluid ResuscitationFluid Resuscitation

• Administer Ringer’s Lactate in amounts estimated with Parkland Formula– Will underestimate required volume due to underlying

tissue damage

– Increase fluids as per urine output

• Examine urine for pigment– Maintain urine output 75-100 ml/hr until clear

– Add 1 amp (50 meq) per liter of RL to alkalize urine

– Mannitol 12.5 mg/liter to maintain urine output

Management of Electrical Injury:Management of Electrical Injury: Peripheral Circulation Peripheral Circulation

• Hourly monitoring of skin color, sensation, capillary refill and peripheral pulses

• Remove all rings, watches, jewelry• Surgical correction of vascular compromise

– Decompression by escharotomy or fasciotomy– Upper limb-volar & dorsal incisions with

protection of ulnar nerve– Lower limb-medial & lateral incisions

Electrical Burns in the Pediatric Electrical Burns in the Pediatric PatientPatient

• Low voltage accidents most common– Generally household

(faulty insulation, frayed cords, insertion of metal object into wall socket)

– Cutaneous injury, no muscle damage

• Oral commisure injury– Look worse than they are– No initial debridement

OverviewOverview


Chemical Burns: ClassificationChemical Burns: Classification

• Alkalis– Hydroxides, carbonates and caustic sodas of sodium,

ammonium, lithium, barium & calcium– Oven & drain cleaners, fertilizers, industrial cleaners

• Acids– HCl, oxalic, muriatic & sulfuric acids– Common in household & swimming pool cleaners

• Organic Compounds– Phenols, creosote, petroleum products– Contact chemical burns & systemic effects

Chemical BurnsChemical Burns

• Factors That Determine Severity:– Agent– Concentration– Volume – Duration of contact

(delay in treatment)

Treatment of Chemical BurnsTreatment of Chemical Burns

• Wear gloves and protective clothing• Remove saturated clothing• Brush skin if agent is a powder• Irrigate, irrigate, irrigate!

– Copious amounts of water– Continued until pain or burning has decreased

• Neutralization of agent contraindicated– Generation of heat may lead to further injury

Specific Chemical Burns: Specific Chemical Burns: TreatmentTreatment

• Alkali Injury to the Eye– Bond to tissue proteins leading to liquefaction

necrosis– Require prolonged irrigation

• Water or saline

– Likely to present with swelling & lid spasm– Place catheter in lateral sulcus to irrigate


• Petroleum Injuries– Contact with gasoline or diesel fuel– Delipidation: causes an initial partial thickness

burn become a full-thickness burn– Systemic toxicity evident within 6 to 24 hours

• Pulmonary insufficiency• Hepatic failure• Renal failure• CNS narcosis

– No specific antidote


• Hydrofluric Acid– Most tissue reactive inorganic acid– Fluoride ion penetrates & binds tissue

• Ceases when it combines with Ca or Mg• Burns greater than 5%TBSA – can be life threatening

– Acute Tx: copious irrigation with H2O or Zephiran (benzalkonium chloride)

– Topical calcium gluconate gel or Epsom salts– If pain persists, inject 10% Ca gluconate into site– Intraarterial and IV infusions with Bier block

OverviewOverview


Pediatric BurnsPediatric Burns

• Scald burns most common burn in < 3 years

• Flame burns most common in children > 3 years

• Always consider child abuse

Pediatric Burns:Pediatric Burns:PathophysiologyPathophysiology

• Greater surface area per pound of body weight– Greater fluid needs– Greater evaporative water loss– Greater heat loss

• Disproportionately thin skin– Burns may be deeper than initially assessed– Requires less exposure time to result in burn

Pediatric Burns:Pediatric Burns:AirwayAirway

• Intubation performed by someone experienced

• Larynx more cephalad– More acute angulation of the glottis

• Incuffed tube always used

• Cricothyroidotomy is never indicated

• Large bore needle placed through cricothyroid membrane may be used in emergency cases

Pediatric Burns:Pediatric Burns:Circulatory StatusCirculatory Status

• Burn > 10% BSA should be hospitalized• IV Ringer’s Lactate is administered as per formula

– Must also add maintenance fluid (4-2-1 rule)

• NG tube• Urinary catheter to monitor urine output:

– <30 Kg: 1ml/Kg per hour

– >30 Kg: 30-50 ml per hour

• If hypoglycemic, add 5% glucose to RL solution

Pediatric Patient:Pediatric Patient:Wound CareWound Care

• Stop burning process• Remove all clothing• Topical antibiotics not indicated before

transfer• Conserve heat with thermal blankets• Escharotomy

– Chest: ventilatory impairment– Limb: vascular compromise

OverviewOverview


Radiation InjuryRadiation Injury

• Effects reproductive mechanism of certain tissue cells

• Mature cells suffer less damage

• Stem cells are more vulnerable to injury

• Large doses of radiation (> 2000 RAD) may lead to acute mortality

Outcomes Associated with Outcomes Associated with Ranges of Whole Body RadiationRanges of Whole Body Radiation

Whole Body Dose(RAD)Whole Body Dose(RAD) ResponseResponse

20-10020-100 Change in # of leukocytesChange in # of leukocytes

200-400200-400 Severe reduction in leuks, N/V, hair loss, death due Severe reduction in leuks, N/V, hair loss, death due to infection to infection

600- 1 000600- 1 000 Destruction of mone marrow, diarrhea, 50% Destruction of mone marrow, diarrhea, 50% mortality within 1 monthmortality within 1 month

1 000-2 0001 000-2 000 GI ulceration, death within 2 weeksGI ulceration, death within 2 weeks

2 000+2 000+ Death within hours due to severe damage to CNSDeath within hours due to severe damage to CNS

Types of Ionizing RadiationTypes of Ionizing Radiation

• Alpha particles– Large, highly charged particles– Associated with decay of natural radioactive

elements– Penetrate only a few microns of tissue

• Beta particles– Positive electrons or negatively charged particles– Penetrate approximately 1 cm of tissue

Types of Ionizing RadiationTypes of Ionizing Radiation

• Gamma and X-rays– Radioactive decay or x-ray machines– Penetrate deeply– Once removed from source, no further radiation

injury occurs– Poses no threat to attendants

• Protons, Deuterons, Neutrons, Mesons and Heavy Nuclei– Produced by equipment for medical and

industrial use

Radiation BurnsRadiation Burns• Identical in appearance to thermal burns

– Treat as you would a non-contaminated burn

• Differ from thermal burns from time between exposure and clinical manifestationSKIN RESPONSE TO RADIATIONSKIN RESPONSE TO RADIATION

200-300 (RADS)200-300 (RADS) EpilationEpilation

300300 ErythemaErythema

1000-20001000-2000 Transdermal InjuryTransdermal Injury

20002000 RadionecrosisRadionecrosis

Toxic Epidermal Necrolysis Toxic Epidermal Necrolysis (TEN)(TEN)

• Exfoliative deramatitis– Begins with target lesions, develop into papules & bullae

– Injury identical to partial thickness burn

– Mucosal involvement of conjunctiva & GI tract

• Multiple eitiologies– Drugs (penicillins, sulfas, anti-inflammatories)

– Infection: (staph toxin, HSV, menigococcus, septicemia)

– Often unknown

Toxic Epidermal NecrolysisToxic Epidermal Necrolysis

• TEN Type I – (Staph scalded skin

syndrome)

– Only stratum corneum denuded

– Frequently in children

– Excellent prognosis

– 5% mortality

• TEN Type II– ( Stevens-Johnson

syndrome)

– Separation is at the dermal/epidermal junction

– Adult population

– High mortality (25-50%)

Initial Management of TENInitial Management of TEN

• Steroids not indicated• Systemic antibiotics limited to specific infection• Fluid replacement • Biologic dressing• Maintain nutrition• Prevent complications

Cold Injuries:Cold Injuries:FrostbiteFrostbite

• Formation of ice crystals in the tissue fluids• Occurs in areas that lose heat rapidly• Three degrees of frostbite:

– First degree: painful white or yellow firm plaque

– Second degree: painful superficial clear or milky blisters

– Third degree: deep red or purple blisters or skin color that is markedly changed

• Severity influenced by both patient & environment factors

Cold Injuries:Cold Injuries:Treatment of FrostbiteTreatment of Frostbite

• Rapid re-warming in 4O degree water bath

• Avoid mechanical trauma - No massaging!

• Tetanus prophylaxis

• Escharotomy if vascularity compromised

• Tissue injury is often underestimated

Cold Injuries:Cold Injuries:HypothermiaHypothermia

• Defined as a core temperature < 34 degrees C

• Signs are vague & non-specific– May mimic other disease states

• Treatment:– Limit stimulation of patient –V.Fib easily induced– Rapid re-warming i9n warm water bath– Intubation to administer warm air– Central administration of warm Ringer’s solution

Cold Injuries:Cold Injuries:HypothermiaHypothermia

– Monitor for systemic acidosis with serial ABGs• Treat with sodium bicarbonate

– Cardiopulmonary bypass– Cardiac monitoring

• Ventricular dysrhythmia

– Patients not to be declared dead until rewarmed• Continue CPR until core temperature> 36 degrees C.

– Secondary assessment for contributing diseases

Hyperthermia:Hyperthermia:Clinical SyndromesClinical Syndromes

• Heat Cramps– Result from excessive loss of salt by evaporation– Experiences severe pain & cramping in muscles– Tx: oral replacement of salt & water


• Heat Exhaustion– Consequence of inappropriate cardiovascular

response to stress of heat– Diversion of blood to skin is not accompanied by

vasoconstriction to other areas or by volume expansion

– Present with postural hypotension, profuse sweating, pallor, nausea, light-headedness

– Tx: oral replacement or IV normal saline if severe


• Heat Stroke– Failure of body cooling mechanism

• severe hyperpyrexia

– Setting of physical exercise w/o acclimatization– Present with temperature>103, no sweating,

decreased LOC– Tx: rapid cooling until temperature <102 deg – If shivering develops, slowly give IV Thorazine– DIC frequently reported

Tetanus ImmunizationTetanus Immunization

CLINICAL TETANUS-PRONE CLEAN FEATURES WOUNDS WOUNDSAge of wound > 6 Hours <6 HoursConfiguration Stellate, avulsion Linear,

abrasionMechanism Missile, crush, heat, Sharp surface

coldSigns of Infection Present AbsentDevitalized Tissue Present AbsentContaminants Present Absent

Tetanus ImmunizationTetanus ImmunizationHistory Of Tetanus Clean Wounds Tetanus-Prone Wounds

TD1 TIG TD1 TIG

Uncertain yes no yes yes

0-1 yes no yes yes

2 yes no yes no

3 or more no no no no

Consider patient partially immunized if:Consider patient partially immunized if:

**For a clean wound, if last Td given > 1O years ago**For a clean wound, if last Td given > 1O years ago

**For a dirty wound, if last Td given > 5 years ago**For a dirty wound, if last Td given > 5 years ago

The EndThe End!

advanced burn life support review

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