💉 Glucose Infusion Rate (GIR)
UseEnter infusion rate (mL/h), dextrose concentration (%), and weight (kg); the tool returns GIR in mg/kg/min.
SourceCornblath M, et al. Controversies regarding definition of neonatal hypoglycemia: suggested operatio…
This-shift next steps
After scoring: open the scene pack, peer scores, and the matching pathway. Local reference — no HIS write.
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Methodology · worked example, guidelines & full notes
GIR is a unit conversion.
When to use
Enter infusion rate (mL/h), dextrose concentration (%), and weight (kg); the tool returns GIR in mg/kg/min.
How it works
GIR (mg/kg/min) = rate (mL/h) × concentration (%) / (6 × weight kg).
Key points
- GIR is a unit conversion.
- Target rates follow your local neonatal protocol.
- Recheck glucose and adjust.
References
Worked calculation
The values below come from this tool's own example placeholders and are computed server-side with the formula shown on this page, so the arithmetic can be checked quickly. It demonstrates how to substitute values only — it is not clinical advice and not a real case.
| Infusion rate | 12 mL/h |
|---|---|
| Glucose concentration | 10 % |
| Weight | 3 kg |
→GIR6.7mg/kg/min
- Formula:rate(mL/h) × concentration(%) / (6 × weight kg)
Verification & sources · governance
FAQ
Frequently asked questions
- What are the limits and cautions when using Glucose Infusion Rate (GIR)?
- For licensed clinicians and clinical researchers. Interpret results with history, investigations and local protocols; not a diagnosis or prescription, and not a substitute for multidisciplinary decision-making or local guidelines.
- Does Glucose Infusion Rate (GIR) upload patient data? Where is it calculated?
- Calculation runs locally in the browser; inputs and results are not uploaded. For licensed clinicians only; interpret with history, investigations and local protocols — not a diagnosis or prescription.
- How is Glucose Infusion Rate (GIR) calculated in practice? Can you show a worked example?
- Inputs: Infusion rate 12 mL/h, Glucose concentration 10 %, Weight 3 kg → Result: GIR 6.7 mg/kg/min(Formula: rate(mL/h) × concentration(%) / (6 × weight kg))