SIU Doctors Begin Clinical Simulation for Portable Fetal Monitoring System

December 10, 2014

Researchers from the Southern Illinois University (SIU) School of Medicine have begun conducting clinical simulations to develop a new portable fetal monitoring system that aims to decrease the risk of fetal death in high-risk pregnancies.

Biomed Monthly – Decemer 10 2014

Dr. Robert Abrams, division chief of Maternal Fetal Medicine and his colleague, Dr. Nazeih Botros, are exploring the use of a novel fetal monitoring device called the AmmSensor™ to create a new system that monitors, records, and analyzes fetal movement in real-time. One of the main objectives of the new system is to decrease the visitation frequency of high-risk patients to their physicians while still promptly providing objective data to the doctor.

The wearable technology enables monitoring from the convenience of a patient’s home and provides the information to the attending physician via Bluetooth. The AmmSensor™ is placed around the mother's abdomen and measures the number of pressure occurrences on the uterine wall. Motion-based sensors within the device wirelessly transmit fetal movement data to a website for immediate access by the physician, regardless of location.

The investigators’ clinical simulation will involve six high-risk patients at the Carol Jo Vecchie Women’s Center of St. John’s Hospital to run non-stress tests and trials. Three separate sensors are placed around each mother’s abdomen, including a fetal heart monitor, a device to measure uterine contractions, and the AmmSensor™. This procedure intends to measure AmmSensor™’s product equivalence from the existing fetal monitoring systems.

Additionally, the Center for Clinical Research at SIU School of Medicine proposed to test the device on the Noelle™ Maternal and Neonatal teaching mannequin, which has been a valuable tool for the assessment of new fetal monitoring equipment. Following the clinical test on Noelle™, the researchers were able to come up with four variations of data. The first variation displayed a signal with no movementincluded.

As the study progresses, Dr. Abrams and Dr. Botro will be developing an operations manual in preparation for wider scope of the medical study.

The use of medical simulation in clinical studies like on this new fetal monitoring devices provides great opportunity to deliver higher levels of competence and patient care. AIV offers new and recertified fetal monitoring accessories, replacement parts, and expert repair services that meet the key requirements of various healthcare facilities. Learn more about AIV’s comprehensive range of fetal monitoring solutions at www.aiv-inc.com/fetal-monitor-transducers.html today.

About the Author

Laura Collier

Laura Collier

Laura Collier has a Bachelor’s Degree in Communications and a Master’s Degree in Business Administration from the University of North Florida. She is the Marketing Manager at AIV, Inc.

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