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Burns

The document provides an overview of burns, detailing their causes (thermal, chemical, electrical, radiation), stages (shock, diuretic, recovery), and degrees (first, second, third). It also outlines management strategies including stopping the burning process, fluid and electrolyte replacement, and pain management. The Parkland Formula is introduced for calculating fluid requirements based on total body surface area (TBSA) affected by burns.

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Jamby Castillon
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0% found this document useful (0 votes)
9 views2 pages

Burns

The document provides an overview of burns, detailing their causes (thermal, chemical, electrical, radiation), stages (shock, diuretic, recovery), and degrees (first, second, third). It also outlines management strategies including stopping the burning process, fluid and electrolyte replacement, and pain management. The Parkland Formula is introduced for calculating fluid requirements based on total body surface area (TBSA) affected by burns.

Uploaded by

Jamby Castillon
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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BURNS

Involves heat coming in contact with our body causing invasion on our bodily integrity.

Causes: Stages Degrees


1. Thermal I. Period of Shock/Emergent Phase I. First Degree Burn
 Hot objects or liquid  Day 1,2  Epidermis
 Init Tubig  Patient at risk for severe dehydration  Red
 Kayo, Flames, Fire  Fluid from intravascular compartment/IVC will shift towards  (+) pain
 Hot Coffee the interstitial compartment/ISC  SFB / Superficial Burn
2. Chemical (strong acids or  Dehydration/Fluid Volume Deficit (FVD) II. Second Degree Burn
strong alkalines)  Hemoconcentration / Hct ↑  Epidermis
 Acetic Acid  Period of Oliguria  Dermis
 Muriatic Acid  ↑ K+ / Hyperkalemia  Red + Blisters
 Things used to make  ↓ Na / Hyponatremia  (+) pain
batteries II. Diuretic Phase  PTB / Partial Thickness
 Sulod sa transformer  Day 3,4 Burn
3. Electricity  Fluid from ISC will return to IVC III. Third Degree Burn
 Electrical current  The shifting of fluid from ISC to IVC can lean to Cardiac Overload  Epidermis
 Lightning  Hct ↓ / Hemodilution  Dermis
4. Radiation  Diuresis  Subcutaneous Fats
 Exposure to sunlight /  ↓ K+ / Hypokalemia (SQF)/Muscle
Sunburn (most common)  ↓ Na / Hyponatremia  Leathery
 Time most III. Recovery Phase  Black
harmful to sun  Day 5  (-) pain
exposure: 10am –  ↓ Ca / Hypocalcemia (because the calcium inside the body will  FTB / Full Thickness Burn
3pm be used to create scars)
 Burns caused by  With hypocalcemia patient will manifest Chvostek's sign (facial
chemotherapy spasm) and Trousseau's sign (carpopedal spasm)
 Promote ↑ Protein diet
Management PARKLAND FORMULA
I. STOP the burning process  50% - for first 8 Hrs
 Cool water  25% - for next 8 Hrs
 Stop, Drop, Roll  25% - for next 8 Hrs
 Blanket (wet)  100% in 24 Hrs
 Fire Extinguisher (PASS)
Pull, Aim, Squeeze, Swipe side to side PARKLAND FORMULA
II. Fluid and Electrolyte replacement 4ml X %TBSA X kg(weight)
 ISOTONIC [P, 0.9%]  To determine %TBSA we use Rule of 9
 SHOCK [↓ BP, ↑ HR, ↑ RR]  11 parts of the body = 9% = total of 99% + 1% sex organ
III. PAIN 1. Head = 9%
 DOC: Morphine Sulfate 2. Right Arm = 9%
 WOF: Respiratory Depression 3. Left Arm = 9%
 Antidote: Naloxone (Narcan) 4. Upper Chest = 9%
 Bed Cradle 5. Lower Abdomen = 9%
6. Upper Back = 9%
 Avoid Drafts
7. Lower Back = 9%
8. Right Upper Leg = 9%
9. Right Lower Leg = 9%
10. Left Upper Leg = 9%
11. Left Lower Leg = 9%

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