Guideline decision tool · Pediatrics
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Pediatric Sepsis/Septic Shock Fluid Resuscitation (SSC) — free guideline decision tool

This tool applies the Surviving Sepsis Campaign 2020 pediatric guideline to fluid resuscitation in septic shock, varying the bolus strategy by availability of intensive care and presence of hypotension.

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Computed locally — no data uploaded. For licensed clinicians.
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Guideline-based

Implements the decision logic from published clinical guidelines.

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Runs in your browser

No installation. Enter the patient's values and get a guideline recommendation instantly.

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Data stays local

Nothing is uploaded. Results are for licensed clinicians only.

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.

Intensive care available (locally or by transfer)ICU available
Hypotension presentHypotension present
Weight (to calculate bolus volume, optional)15 kg

ResuscitationBolus allowed (cap 60 mL/kg)

  • Resuscitation strategyICU available: fluid boluses allowed in the first hour, 10–20 mL/kg each, cumulative cap 40–60 mL/kg; reassess hemodynamics after each bolus, titrate to cardiac-output measures, stop at any sign of fluid overload (hepatomegaly/rales/increased work of breathing)
  • Bolus volume (for 15 kg)Each 10–20 mL/kg = 150–300 mL; first-hour cumulative cap 60 mL/kg ≈ 900 mL
  • Vasoactive drugsFluid-refractory shock: epinephrine OR norepinephrine first-line (do not use dopamine first-line); titrate to perfusion/blood pressure
Intensive care available (locally or by transfer)No ICU
Hypotension presentNo hypotension
Weight (to calculate bolus volume, optional)15 kg

ResuscitationNo bolus · maintenance fluids

  • Resuscitation strategyNo ICU + no hypotension: do not give fluid boluses (strong recommendation), start maintenance fluids directly; monitor closely, manage as above if hypotension/shock develops
  • Vasoactive drugsFluid-refractory shock: epinephrine OR norepinephrine first-line (do not use dopamine first-line); titrate to perfusion/blood pressure
  • Antibiotic timingSeptic shock: empiric broad-spectrum antibiotics as soon as possible, within ≤ 1 hour; sepsis without shock: within ≤ 3 hours after evaluation (sooner if shock develops)

Common questions

What is Pediatric Sepsis/Septic Shock Fluid Resuscitation (SSC)?

This tool applies the Surviving Sepsis Campaign 2020 pediatric guideline to fluid resuscitation in septic shock, varying the bolus strategy by availability of intensive care and presence of hypotension.

How is Pediatric Sepsis/Septic Shock Fluid Resuscitation (SSC) calculated? What is the core formula?

With ICU: 10–20 mL/kg boluses, cumulative cap 40–60 mL/kg; no ICU + hypotension: cap 40 mL/kg; no ICU + no hypotension: no bolus, start maintenance fluids. Epinephrine or norepinephrine first-line; antibiotics ≤ 1 h (shock) or ≤ 3 h (no shock).

When is Pediatric Sepsis/Septic Shock Fluid Resuscitation (SSC) used?

Use in children with sepsis or septic shock to set the first-hour fluid strategy and the timing of vasoactive drugs and antibiotics.

What are the key clinical points for Pediatric Sepsis/Septic Shock Fluid Resuscitation (SSC)?

Each bolus is followed by reassessment (heart rate, perfusion, hepatomegaly, rales, work of breathing) and stopped immediately at any sign of fluid overload. Where intensive care is unavailable and there is no hypotension, the guideline strongly recommends against bolus fluids, favoring maintenance fluids. Epinephrine or norepinephrine — not dopamine — is the first-line vasoactive agent for fluid-refractory shock, titrated to perfusion and blood pressure.

What are the limits and cautions when using Pediatric Sepsis/Septic Shock Fluid Resuscitation (SSC)?

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.

How is Pediatric Sepsis/Septic Shock Fluid Resuscitation (SSC) calculated in practice? Can you show a worked example?

Inputs: Intensive care available (locally or by transfer) ICU available, Hypotension present Hypotension present, Weight (to calculate bolus volume, optional) 15 kg → Result: Resuscitation Bolus allowed (cap 60 mL/kg)(Resuscitation strategy: ICU available: fluid boluses allowed in the first hour, 10–20 mL/kg each, cumulative cap 40–60 mL/kg; reassess hemodynamics after each bolus, titrate to cardiac-output measures, stop at any sign of fluid overload (hepatomegaly/rales/increased work of breathing), Bolus volume (for 15 kg): Each 10–20 mL/kg = 150–300 mL; first-hour cumulative cap 60 mL/kg ≈ 900 mL, Vasoactive drugs: Fluid-refractory shock: epinephrine OR norepinephrine first-line (do not use dopamine first-line); titrate to perfusion/blood pressure) Inputs: Intensive care available (locally or by transfer) No ICU, Hypotension present No hypotension, Weight (to calculate bolus volume, optional) 15 kg → Result: Resuscitation No bolus · maintenance fluids(Resuscitation strategy: No ICU + no hypotension: do not give fluid boluses (strong recommendation), start maintenance fluids directly; monitor closely, manage as above if hypotension/shock develops, Vasoactive drugs: Fluid-refractory shock: epinephrine OR norepinephrine first-line (do not use dopamine first-line); titrate to perfusion/blood pressure, Antibiotic timing: Septic shock: empiric broad-spectrum antibiotics as soon as possible, within ≤ 1 hour; sepsis without shock: within ≤ 3 hours after evaluation (sooner if shock develops))

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This tool applies the Surviving Sepsis Campaign 2020 pediatric guideline to fluid resuscitation in septic shock, varying the bolus strategy by availability of intensive care and presence of hypotension.

Open guideline tool →

For licensed clinicians. Not a substitute for clinical judgement.

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For use by licensed clinicians and clinical researchers. Computed locally in your browser — no data is uploaded. Not a substitute for clinical judgement.