Which fluid bolus amount is recommended for pediatric sepsis resuscitation as the initial step?

Which fluid bolus amount is recommended for pediatric sepsis resuscitation as the initial step?

• A. 5 mL/kg
• B. 10 mL/kg
• C. 30 mL/kg
• D. 20 mL/kg

Answer: (D)

Restoring perfusion quickly in pediatric sepsis starts with a modest, effective fluid bolus of isotonic crystalloid. The best initial amount is 20 mL/kg, given promptly, because this volume is large enough to expand intravascular volume and improve tissue perfusion, yet small enough to minimize the risk of fluid overload in most children. After delivering the bolus, reassess again for signs of improved perfusion (capillary refill, level of consciousness, urine output, pulses). If perfusion remains inadequate, you can give additional boluses up to a total of about 60 mL/kg within the first hour, guided by clinical response. Smaller initial boluses (5–10 mL/kg) may not correct shock, while starting with a larger amount (like 30 mL/kg) risks fluid overload before reassessment. Use isotonic crystalloids such as normal saline or lactated Ringer’s and monitor closely for signs of fluid overload.

Restoring perfusion quickly in pediatric sepsis starts with a modest, effective fluid bolus of isotonic crystalloid. The best initial amount is 20 mL/kg, given promptly, because this volume is large enough to expand intravascular volume and improve tissue perfusion, yet small enough to minimize the risk of fluid overload in most children. After delivering the bolus, reassess again for signs of improved perfusion (capillary refill, level of consciousness, urine output, pulses). If perfusion remains inadequate, you can give additional boluses up to a total of about 60 mL/kg within the first hour, guided by clinical response. Smaller initial boluses (5–10 mL/kg) may not correct shock, while starting with a larger amount (like 30 mL/kg) risks fluid overload before reassessment. Use isotonic crystalloids such as normal saline or lactated Ringer’s and monitor closely for signs of fluid overload.