Dose per Hour (Weight-Based Infusion Rate)
Pump rate (mL/hr) for a weight-based continuous infusion ordered in mcg/kg/min.
⚠ Drug dosing safety notice: Dosing calculations are a decision-support aid only. Always independently verify the dose, concentration, route, and rate against current prescribing information, an institutional pharmacist, and the patient's renal/hepatic function before administration.
RESULT
Dose per Hour (Weight-Based Infusion Rate)
What is Dose per Hour (Weight-Based Infusion Rate)?
Pump rate (mL/hr) for a weight-based continuous infusion ordered in mcg/kg/min. Dose per Hour is intended for use in: Adults.
How to Use the Dose per Hour Calculator
- Enter Ordered rate in mcg/kg/min.
- Enter Weight in kg.
- Enter Infusion concentration in mg/mL.
- Click Calculate to see your result and interpretation.
Formula & Version
This calculator uses formula version 1.0, last reviewed September 2026.
References
- Standard critical-care infusion conversion: mL/hr = (mcg/kg/min × kg × 60) ÷ 1000 ÷ (mg/mL)
Frequently Asked Questions
What is Dose per Hour (Weight-Based Infusion Rate)?
Pump rate (mL/hr) for a weight-based continuous infusion ordered in mcg/kg/min.
Who is Dose per Hour intended for?
Adults. Always confirm applicability to your specific patient before use.
What formula or reference does Dose per Hour use?
Standard critical-care infusion conversion: mL/hr = (mcg/kg/min × kg × 60) ÷ 1000 ÷ (mg/mL)
Is Dose per Hour a diagnosis?
No. Dose per Hour produces a score or estimate to support clinical decision-making — it is not a diagnosis and should be interpreted alongside full clinical judgement.
Medical Disclaimer: Medical calculators are provided for informational and educational purposes only. Results should not be used as a substitute for professional medical advice, diagnosis, or treatment. Always verify results with a qualified healthcare professional. Dosing calculations are a decision-support aid only. Always independently verify the dose, concentration, route, and rate against current prescribing information, an institutional pharmacist, and the patient's renal/hepatic function before administration.
