A 30-year-old man is admitted with 45% TBSA full-thickness burns. Using the Parkland formula for an 80 kg patient, what is the estimated 24-hour cryst...

Question

A 30-year-old man is admitted with 45% TBSA full-thickness burns. Using the Parkland formula for an 80 kg patient, what is the estimated 24-hour crystalloid volume?

Accepted Answer

14400 mL (4 mL x 80 kg x 45% = 14400 mL) - half in the first 8 hours from the time of burn, half over the next 16 hours, titrated to urine output 0.5-1 mL/kg/hr

Answer

7200 mL

Answer

3600 mL

Answer

28800 mL

Answer

No formula is used

uk-fficm MCQ (SBA): Parkland Formula

A 30-year-old man is admitted with 45% TBSA full-thickness burns. Using the Parkland formula for an 80 kg patient, what is the estimated 24-hour crystalloid volume?