The active management of prolonged labor

Area of Science:

• Obstetrics and Gynecology
• Surgical Intervention Reduction
• Maternal Healthcare Innovation

Background:

• Increasing rates of cesarean sections (C-sections) are a significant concern within the medical community.
• Existing interventions for fetal head arrest can be invasive and associated with prolonged recovery and high costs.
• Persistent occiput posterior or transverse arrest positions pose challenges during the second stage of labor.

Purpose of the Study:

• To evaluate the efficacy of a modified manual rotation technique in managing arrested fetal head positions.
• To determine the impact of this technique on cesarean section rates, hospital stay duration, and healthcare costs.
• To explore the technique's potential to reduce the need for operative vaginal delivery, including midforcep rotations and extractions.

Main Methods:

• Application of a modified manual rotation technique to the fetal head in cases of persistent occiput posterior or transverse arrest.
• Comparison of outcomes (cesarean section rates, length of hospital stay, healthcare costs) before and after implementation of the technique.
• Assessment of the technique's effectiveness in avoiding difficult midforcep rotations and extractions.

Main Results:

• The modified manual rotation technique led to a notable decrease in the number of cesarean sections performed.
• Significant reductions were observed in the length of hospital stay for patients managed with this technique.
• Consequently, the overall cost of care was reduced.

Conclusions:

• The modified manual rotation technique is an effective intervention for managing fetal head arrest.
• This technique offers a viable alternative to cesarean delivery and traumatic operative vaginal procedures.
• Implementation of this method can lead to improved patient outcomes and decreased healthcare expenditures.