Comprehensive Device for Labor, Birthing, and Postpartum Monitoring: A Way Forward in Maternal-Fetal Care

Area of Science:

• Medical Devices
• Artificial Intelligence in Healthcare
• Obstetrics and Gynecology

Background:

• Basic vital parameter monitoring during labor can be challenging due to low doctor-patient ratios and skill gaps.
• Existing early warning and scoring systems may not fully address the complexities of simultaneous maternal and fetal monitoring.
• There is a need for integrated systems to streamline the monitoring process for laboring women.

Purpose of the Study:

• To introduce an intelligent, AI-powered clinical decision support system for maternal and fetal monitoring during pregnancy.
• To combine multiple vital sign monitoring capabilities into a single, connected device.
• To enhance the efficiency and accuracy of partogram monitoring and clinical decision-making.

Main Methods:

• Development of an integrated device combining a digital, wireless fetal Doppler, tocodynamometer, and multipara monitor (BP, HR, SpO2, Temp, ECG).
• Incorporation of an AI-powered system with alarm triggers for parameter variations beyond normal limits or in correlation.
• Design of an interfacing screen for clinician interaction and a snapshot summary of data points.

Main Results:

• The device provides simultaneous maternal and fetal monitoring, offering a composite view of patient status.
• Intelligent alarm systems alert clinicians to critical parameter deviations, aiding in timely interventions.
• The system facilitates informed decision-making by presenting summarized data, reducing time spent on data collection.

Conclusions:

• The integrated device serves as apt technological support for optimal partogram monitoring.
• It has the potential to assist obstetricians and midwives in daily monitoring, saving time and improving decision accuracy.
• Remote monitoring capabilities offer an added advantage for continuous patient care.