Which formula is used for fluid to be given to burn patients in india
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fluid resuscitation formula burn patients India standard protocol
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Muir Barclay formula burn resuscitation India preferred formula
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Here is a clear, complete answer:
Fluid Resuscitation Formula for Burn Patients in India
The Muir and Barclay Formula (Preferred in India & UK)
India traditionally follows the Muir and Barclay formula (also called the Mount Vernon formula), which is a colloid-based approach. This formula uses plasma/albumin as the resuscitation fluid.
The calculation:
TBSA% × Weight (kg) × 0.5 = one "portion"
Six portions are given over the first 36 hours post-burn in the following schedule:
| Period | Duration | Portions Given |
|---|---|---|
| First 12 hours | 3 periods × 4 hours each | 3 portions |
| Next 12 hours | 2 periods × 6 hours each | 2 portions |
| Final period | 1 period × 12 hours | 1 portion |
- The original formula used fresh-frozen plasma (FFP); modern practice uses human albumin solution (4.5%).
- Albumin is preferably started after the first 12 hours post-burn, as early massive fluid shifts drive proteins out of the vasculature.
- Bailey and Love's Short Practice of Surgery, p. 1885
Why India Prefers This Formula
- India, like the UK, has historically favored a colloid-based protocol due to the belief that restoring oncotic pressure with colloids reduces edema and organ compromise.
- Many Indian burn centers use a hybrid approach: start with the Parkland formula (crystalloid) in the first 8 hours, then switch to Muir and Barclay (colloid) for the remaining period.
Comparison with the Parkland Formula (Most Common Globally)
| Feature | Muir & Barclay (India/UK) | Parkland (USA/Global) |
|---|---|---|
| Fluid type | Colloid (albumin/plasma) | Crystalloid (Ringer's Lactate) |
| Total period | 36 hours | 24 hours |
| Formula | TBSA% × wt × 0.5 per portion | 4 mL × kg × %TBSA |
| Timing | 6 aliquots over 36 hrs | Half in 8 hrs, half in 16 hrs |
Monitoring Endpoints (Both Formulas)
- Urine output: 0.5-1.0 mL/kg/hour (main target)
- If urine output drops, give a 10 mL/kg bolus
- Avoid over-resuscitation - urine output >2 mL/kg/hr should prompt a rate decrease
- Lactate levels can monitor tissue perfusion in large burns
Note: No single formula is universally superior. Individual titration based on urine output, hemodynamics, and clinical response is always required. Indian centers may vary in their exact protocol - some large tertiary centers also use Parkland or modified Brooke formulas.
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