Burn Patient Fluid Resuscitation: The Parkland Formula, Slides of Medical statistics

The parkland formula for fluid resuscitation in the case of burn patients. The formula calculates the amount of fluid to be infused based on the patient's weight and the percentage of total body surface area (tbsa) affected by the burn. The document also provides examples and adjustments for the first 8 hours of treatment.

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2021/2022

Uploaded on 08/01/2022

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Minor
(Green)
Serious
(Yellow)
Critical
(Red)
>15% TBSA 2nd/3rd Degree Burn
Burns with Multiple Trauma
Burns with definitive airway compromise
(When reasonable accessible, transport to a
Burn Center)
5-15% TBSA 2nd/3rd Degree Burn
Suspected Inhalation injury or requiring intubation
for airway stabilization
Hypotension
GCS < 14
(When reasonable accessible, transport to either a
Level I Burn Center or a Trauma Center)
< 5% TBSA 2nd/3rd Degree Burn
No inhalation injury, Not Intubated,
Normotensive
GCS>14
(Transport to the Local Hospital)
Burns Resources
Fluid Formula
Formula for Fluid Resuscitation of the Burn
Patient (Also known as the Parkland Formula)
Pts Wt kg x %TBSA x 4.0cc LR infused over 24 hours with half
given in the first 8 hours.
(For the equation, the abbreviations are: PW x TBSA x 4.0 cc )
EMS focuses on the care given during the 1st hour or several
hours following the event. Thus the formula as adapted for
EMS and the first 8 hours is:
PW x TBSA x 4.0 cc, divide by 2
to take this to the hourly rate, divide that solution by 8 and the
equation becomes:
PW x TBSA x 4.0cc / 2 / 8 = total to be infused for each of the
first 8 hours.
Another way to state the equation is to use:
PW x TBSA x 0.25cc = total to be infused for each hour of the
first 8 hours.
Example, 80 kg patient with 50 %TBSA x 0.25 cc = 1000 cc/hr.
Remember:
Patient’s Weight in kg (2.2 lbs = 1.0 kg) example: 220 lbs
adult = 100 kg
% TSBA = Rule of Nine Total Body Surface Area
Factor for the 1st hr. and each hr. for the 1st 8 hrs. = 0.25
(Reminder, if two IV’s are running, divide total amount to be
infused each hr. by 2)
Appendix J

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Minor

(Green)

Serious

(Yellow)

Critical

(Red)

15 % TBSA 2 nd/ 3 rd^ Degree Burn Burns with Multiple Trauma Burns with definitive airway compromise (When reasonable accessible, transport to a Burn Center) 5 - 15 % TBSA 2 nd/ 3 rd^ Degree Burn Suspected Inhalation injury or requiring intubation for airway stabilization Hypotension GCS < 14 (When reasonable accessible, transport to either a Level I Burn Center or a Trauma Center) < 5 % TBSA 2 nd/ 3 rd^ Degree Burn No inhalation injury, Not Intubated, Normotensive GCS> 14 (Transport to the Local Hospital)

Burns Resources

Fluid Formula

Formula for Fluid Resuscitation of the Burn

Patient (Also known as the Parkland Formula)

Pts Wt kg x %TBSA x 4. 0 cc LR infused over 24 hours with half given in the first 8 hours. (For the equation, the abbreviations are: PW x TBSA x 4. 0 cc ) EMS focuses on the care given during the 1 st hour or several hours following the event. Thus the formula as adapted for EMS and the first 8 hours is: PW x TBSA x 4. 0 cc, divide by 2 to take this to the hourly rate, divide that solution by 8 and the equation becomes: PW x TBSA x 4. 0 cc / 2 / 8 = total to be infused for each of the first 8 hours. Another way to state the equation is to use: PW x TBSA x 0. 25 cc = total to be infused for each hour of the first 8 hours. Example, 80 kg patient with 50 %TBSA x 0. 25 cc = 1000 cc/hr. Remember: Patient’s Weight in kg ( 2. 2 lbs = 1. 0 kg) example: 220 lbs adult = 100 kg % TSBA = Rule of Nine Total Body Surface Area Factor for the 1 st hr. and each hr. for the 1 st 8 hrs. = 0. 25 (Reminder, if two IV’s are running , divide total amount to be infused each hr. by 2 ) Appendix J