3 Debbie Harrell Presentation [Read-Only] · application of split thickness skin ... Port Wine...
Transcript of 3 Debbie Harrell Presentation [Read-Only] · application of split thickness skin ... Port Wine...
6/20/2018
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Emergent Burn Care
Debbie Harrell R N , M S N ,
Shriners Hospitals for Children® –Cincinnati
Cincinnati, Ohio
Speaker Disclosure
I, Debbie Harrell, MSN, RN, NE‐BC, have no financial relationships to disclose.
OBJECTIVES
1. Identify the immediate priorities of the initial stabilization following of thermal injury.
2. Discuss types of burn injuries and different degrees of burn injuries.
3. State three complexities of the burn injury and the American Burn Association criteria for referral.
At a Glance
90-year-old organization,founded in 1922 due to the polio epidemic in children
Network of 22 healthcare facilities that provide compassionate,high-quality, family-centered pediatric medical and surgical care
Spokane
Portland
Salt Lake City
Northern California
Los Angeles
Twin Cities
Chicago
CincinnatiSt. Louis
Houston
Galveston
Greenville
Lexington
Erie
Philadelphia
Boston
Springfield
Tampa
Montreal
Mexico City
Honolulu
Shreveport
Thermal Injuries
75% of burns are 10% or less
60% of burns are children 5 and under
90% of burns can be managed on an outpatient basis
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Flame InjuriesThe use of smoke detectors has significantly reduced the severity of burn injuries.
• 80% reduction in mortality
• 74% decline in injuries from residential fires
Initial triage
Stop the Burning Process for 3 to 5 minutes (never use ice)
Remove all clothing completely
Cover with a warm dry dressing
Prevent Hypothermia
Increase temperature of ambient air
Keep covered as much as possible
Warm IV fluids
Bair hugger
Continuous temperature monitoring
A burn injury, even 100% may not render a victim unconscious
If the patient is unconscious or incoherent,look for a cause other than the burn.
• Head injury
• Anoxia
• Stroke
• Delay in treatment
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Airway Management
Assessment of Inhalation Injury
Predisposing Factors– Closed space– Decreased mentation
Diagnostic Tests– ABG, CO-Hb
– Fiberoptic Bronchoscopy
– Chest X-ray
Physical Examination– Facial burns, singed hairs– Mucosal edema of nose and mouth– Carbonaceous sputum– Hoarseness, stridor (laryngeal)– Dyspnea, wheezing (small airway)
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Inhalation Injuries
Dry gas
Orofacial surface burns
Steam
Hypoxia
Cardiopulmonary arrest <24 hrs
Atelectasis
Pulmonary edema (24-72 hrs)
Bronchopneumonia
ARDS - pulmonary parenchymal failure (1 week - 1 month)
Upper Airway
Lower Airway
Edema <24
Heat
CarbonMonoxide
Toxic Gases
SMOKE
Carbon monoxide
Treatment for CO Poisoning is removal from source, followed
by 100% O2.
Affects of Edema on Airway
Infant
Adult
Normal Edema 1mm Resistanceincrease
DiameterDecrease
16x
3x
75%
44%
Edema & Burn Shock
Burn damage causes increased capillary permeability.
This increase in capillary permeability and the accompanying inflammatory process causes leakage into the interstitial space = edema
Small burns have localized edema – like a blister - but burns >20% will result in systemic edema including areas not burned
Post burn day 1 Post burn day 7
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Size of Burn Injury
Total Body surface Area
TBSA
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Rule of “Nines”Modified for Age
5 years 1 year
99 993636
1414
1616 1616
3636
1818
9999
1414 1414
99 99
1818 1818
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3636
99
Adult
Estimation of Small Burns
Palmar MethodPatient’s palm
including fingers
is equal to 1% of their
Total Body Surface Area
(TBSA)
Indications for Fluid Resuscitation
TBSA > 20% adults
TBSA > 20% Children
Age >65 y/o or < 2 y/o any size burn
Fluid Replacement
Large Bore IV
Crystalloid Solution– Lactated ringers
Begin as soon as possible
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Pain Control – Partial Thickness
In the ER, small incremental doses of morphinecan be given IV & titrated to effect.
Oxycodone/APAP, Tylenol, or similar analgesics, are usually effective for discharge.
Medicate 30 minutes before dressing change.
Remember that the pain is more intense when the burn is open to the air.
Managing anxiety in pediatrics is key.
Early Fluid Management
Pre hospital/primary survey in the hospital
< 5 y/o 125ml/hr of LR
6-14 y/o 250ml/hr of LR
> 15 y/o 500ml/hr of LR
Resuscitation Calculations
Calculated Resuscitation requirement– 3ml x kg x % burn = estimated total fluids for 24
hours
Resuscitation Fluid per 8 hours– Half of total in first 8 hours
– Remaining amount in next 16 hours
Parkland Formula
3ml x 20kg x 90% = 7200ml/24 hours
1st 8 hours 3600 = 450ml/hr
2nd 8 hours 1800 = 250ml/hr
3rd 8 hours 1800ml = 250ml/hr
Adequate Fluid Resuscitation
Based on urine output
–Pediatric .5ml to 1ml/kg/hr
–Adults (>15yr) 30ml to 50ml/hr
Urine Output
Urine output inadequate– Increase total body fluids by 10%
– Do not bolus
Urine output to high– Decrease total body fluids by 10%
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Escharotomy
Incision made into the eschar to relieve pressure on compartment
Chest escharotomies allow for easier ventilation of pt. Can be life saving
Lateral incision mid-axillary line
Across chest and abdomen if involved
Escharotomy
Vascular impairment fromcircumferential burns
Laterally & Medially
Across involved Joints
Types of Burns
Contact
Scalds
Flame
Chemical
Electrical
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Post burn day 3 Post burn 20
Tar Burns Tar creates a thermal injury, not a chemical
one
Bitumen compound not absorbed, not toxic
» Cool tar to stop the burning process
» Facilitate removal with use of a petroleum based ointment or medically safe solvent to emulsify the tar
Scald Injuries
Time of contact and water temperature to cause a burn
- 120 degrees – 5 minutes- 130 degrees - 30 seconds- 140 degrees - 5 seconds- 160 degrees - instantaneous
Young children and older adult may burn deeper faster because their skin is often very thin
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Scald Burns
Accidental Splash marks present
Irregular pattern of
burn
Consistent history
Non-Accidental No splash marks
Clear demarcation
Inconsistent story
Post burn day 1 Post burn day 10 Post burn day 20
Non accidental
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Flash and Flame Injuries
Flash burns– Intense heat for a short period– Clothing protective unless ignited – Generally not full thickness
Flame burns– Deep dermal or full thickness– Proportional to time of contact
Post burn day 1 Post burn day 7
Chemical
Stop Burning Process
Brush Away vs. Flush Away
Flushing 20 minutes continuous
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Electrical Injuries
Low-voltage <1,000 V– Localized to area
surrounding the area
High-Voltage >1,000 V– Deep extension and
underlying tissue damage
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High Voltage
Monitor for Cardiac Dysrhythmias
Monitor Peripheral Pulses
Fluid Resuscitation– 3 ml X kg X %TBSA
Urine Output if myoglobin present– Adult 75-100 ml/hr
– Children 1 ml/kg/hr
Myoglobinuria
Presence of myoglobin and hemoglobin in the urine. Pigmented urine darker than light pink Indicative of significant muscle and tissue
damage Presents the risk of renal failure, it must
be cleared.– Maintain UOP at 100ml for adults 1mg/kg for kids– May add one amp sodium bicarb to each unit of
resuscitation fluid
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Other Conditions
Frostbite
Dog bite
Friction burns
Road rash
Frostbite
Area of necrosis noted to wound flap on the right side needing demarcation.
Returned to OR on June 7th for application of split thickness skin graft.
Avulsion
Friction burn Road rash
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Superficial
1st degree
Involves epidermis
Reddened, painful,
No blisters
Heals within 3-10 Days
No scarring
Care– Lotion for comfort
Partial Thickness
2nd degree
Involves epidermis/part of dermis
Painful, red, blisters
Most often heals within 14 days
Treatment
Administer pain medication
Remove any wet or cold dressing. Cover with a dry dressing
Wash with soap and water.
Wound care
– Transfer directly to a burn unit. Cover the burn with a clean dry dressing.
– Going home, place antibiotic ointment/vaseline/aquaphor on a dressing cover the burn.
Dressing Preparation
1
3
2
Dressing Application
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5 6 Post burn day 2 tx with silver sulfadiazine
Post burn day 5 tx with Bacitracin
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PBD 1
PBD 7
PBD14
Post burn day 2 Post burn day 14
Full Thickness
3rd degree
Epidermis/Dermis
No pain/blanching
Whitish/leathery/red
Will not heal
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Post burn day 5 Post autograft 1 Post autograft 3 months Sheet AutograftA strip of donor site is taken and transferred without alteration to the excised burn area. Advantages:
– more durable than mesh grafts– more cosmetic– contracts less than mesh grafts
Disadvantages:– bacteria may collect
under the graft causing graft loss.
Scar Management
Hypertrophic Scar Keloid
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Guidelines for compression therapy
Healing time
<10 days no compression
10‐14 days monitor
>21 days compression
Post burn 1 month
Post burn 6 months
Post Burn 14 months
Plastic Surgery
Cleft Lip and Palate
Brachial Plexus Injury
Hand Malformations
Hairy Nevus
Port Wine Stains
Breast Deformities
Ear Deformities
Vascular Malformations
Hidradenitis
Ear Reconstruction
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Congenital Hairy Nevus
Type of mole present at birth
Often pale at birth; darken and grow with the child
Can have regular or uneven borders
Most are benign, but they do have potential to become malignant
Gynecomastia
Breast Asymmetry
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Within the App…