Key result
Remifentanil blunts maternal hemodynamic stress and reduces anesthetic consumption during caesarean section without affecting neonates.
Why the study?
To compare maternal and neonatal effects of two remifentanil dosing regimens used during the induction-delivery period of elective caesarean section to attenuate maternal cardiovascular response to surgical stress.
Does remifentanil attenuate maternal cardiovascular response to surgical stress in parturients undergoing elective caesarean section?
RCT (n=77)
randomly divided
Does remifentanil attenuate maternal cardiovascular response to surgical stress in parturients undergoing elective caesarean section?
p-value: p=<0.001
A 1 μg/kg remifentanil bolus followed by 0.15 μg/kg/min infusion stopped after skin incision successfully blunts maternal hemodynamic stress response during caesarean section without affecting neonatal outcomes.
Supports remifentanil bolus-infusion to blunt maternal hemodynamic stress in caesarean sections; extends RCT evidence on neonatal safety.
Introduction/Objective. To present and compare maternal and neonatal effects of two remifentanil dosing regimens, used during induction-delivery period of elective caesarean section in attempt to attenuate maternal cardiovascular response to surgical stress. Methods. Seventy-seven ASA I-II parturients were randomly divided into three groups and received the following: A ? 1 ?g/kg remifentanil immediately before the induction to anesthesia followed by 0.15 ?g/ kg/min infusion, interrupted after skin incision; B ? 1 ?g/kg remifentanil bolus immediately before the induction; C ? no remifentanil until delivery. Hemodynamic (blood pressure, heart rate) and bispectral index changes after endotracheal intubation, skin incision, peritoneal incision and delivery, intraoperative anesthetics consumption and neonatal outcome have been compared between the groups. Results. Hemodynamic response to intubation was significantly attenuated (p < 0.001) in groups A and B compared to C. Hemodynamic response to skin incision, peritoneal incision and delivery was significantly attenuated in group A compared to B and C. Thiopentone dose in groups A and B was lower than in group C (p < 0.001); sevoflurane and remifentanil consumption was less in group A compared to B and C (p < 0.001). Apgar scores at 1st minute were ? 8 in all neonates, with no differences in neonatal heart rate, oxygen saturation and umbilical blood gas values (all within normal range). Conclusion. 1 ?g/kg remifentanil bolus followed by 0.15 ?g/kg/min stopped after skin incision, successfully blunted maternal hemodynamic stress response throughout whole induction-delivery period, reduced anesthetic consumption, without affecting neonatal outcome, so it can be considered effective as well as safe to use during induction-delivery period of caesarean section.
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Kutlešić et al. (2019) conducted an RCT in Elective caesarean section (n=77). Remifentanil vs. No remifentanil until delivery was evaluated on Hemodynamic response to intubation (p=<0.001). Remifentanil bolus and infusion significantly attenuated maternal hemodynamic stress response and reduced anesthetic consumption (p<0.001) during caesarean section without affecting neonatal outcomes.
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