Intact-Cord Procedures
Cross-source consensus on Intact-Cord Procedures from 1 sources and 5 claims.
1 sources · 5 claims
Uses
Benefits
Other
Highlighted claims
- The study examined whether intact-cord blood sampling, placental delivery, and cord clamping affected newborn heart rate. — Heart rate trends in healthy newborns ≥35+0 weeks’ gestation after caesarean delivery with extrauterine placental transfusion and physiology-based cord clamping: a Norwegian observational study (INTACT-3)
- Intact-cord blood sampling did not significantly change heart rate. — Heart rate trends in healthy newborns ≥35+0 weeks’ gestation after caesarean delivery with extrauterine placental transfusion and physiology-based cord clamping: a Norwegian observational study (INTACT-3)
- Placental delivery with the cord intact did not significantly affect heart rate. — Heart rate trends in healthy newborns ≥35+0 weeks’ gestation after caesarean delivery with extrauterine placental transfusion and physiology-based cord clamping: a Norwegian observational study (INTACT-3)
- Mean heart rate stayed about 163-164 bpm before and after placental delivery. — Heart rate trends in healthy newborns ≥35+0 weeks’ gestation after caesarean delivery with extrauterine placental transfusion and physiology-based cord clamping: a Norwegian observational study (INTACT-3)
- Heart rate increased slightly around blood sampling, but the difference was not statistically significant. — Heart rate trends in healthy newborns ≥35+0 weeks’ gestation after caesarean delivery with extrauterine placental transfusion and physiology-based cord clamping: a Norwegian observational study (INTACT-3)