Fidelis Maternal Fetal Simulator From CAE Healthcare at IMSH 2014 – Video Interview Part 1
CAE Healthcare unveiled Fidelis, their state-of-the-art maternal fetal simulator at IMSH 2014 where HealthySim was on hand to learn all about it! In part 1 of this video interview with Pam Azevedo, CAE Healthcare Product Manager, we explore the key connection between CAE Healthcare simulation divisions and parent company CAE Aviation divisions – including expanded engineering opportunities. This has lead to a complete overhaul of the engineering design of manikin features, with CAE Healthcare’s first high-fidelity birthing simulator being Fidelis. Watch part-1 of my video interview below to learn more:
Our discussion continued to touch on why CAE Healthcare’s first high-fidelity manikin release since the METI acquisition was a maternal simulator. We then discussed the release date of Summer 2014, an examination of the realistic skin of Fidelis, her impressive limb articulation for increased fidelity, and what learning procedures healthcare educators can teach with the manikin:
- A normal delivery
- An instrumental vaginal delivery
- Cesarean section
- Breech delivery
- Fetal central nervous system depression by narcotics given to the mother
- Shoulder dystocia
- Major post-partum hemorrhage due to uterine atony
- Maternal cardio-respiratory arrest
- Umbilical cord prolapse
In part-2, my interview continues with a discussion with a CAE Healthcare engineering representative Devin Johns, Group Leader of Technology, and multiple demonstrations of the manikin in action. Below is the press release announcement of the launch of Fidelis at IMSH 2014 from CAE Healthcare.
CAE Healthcare unveils CAE Fidelis Maternal Fetal Simulator at world’s largest healthcare simulation conference
San Francisco, California, U.S.A., January 24, 2014 –– CAE Healthcare announced today that it will unveil the CAE Fidelis™ Maternal Fetal Simulator at the International Meeting on Simulation in Healthcare (IMSH), the world’s largest annual conference dedicated to healthcare simulation. Based on widely accepted and validated models of maternal-fetal physiology, the childbirth simulator will offer human-like vital signs and responses for practice of obstetrical emergencies and labor and delivery scenarios.
“We developed the CAE Fidelis Maternal Fetal Simulator to provide the most realistic and versatile childbirth simulator on the market today, one that can help healthcare instructors improve training and patient outcomes,” said Michael Bernstein, President of CAE Healthcare. “The healthcare market is seeking advanced tools for inter-professional training that can prepare teams to respond to emergencies requiring rapid response, technical skills, teamwork and communication. This simulator is built on a revolutionary hardware and software platform that will be stable and reliable through thousands of childbirth simulations.”
The CAE Fidelis Maternal Fetal Simulator is a medical robot with pupils that dilate or constrict, measurable vital signs, a blood reservoir to simulate post-partum hemorrhage, and a birthing process that delivers a fetus through the birthing canal. The mother has palpable soft skin that simulates uterine contractions as well as leg and hip articulation for practice of childbirth positioning and maneuvers. The fetal vital signs, which are integrated with the mother’s, respond to labor and delivery treatments and maneuvers, and produce APGAR scores at one minute and five minutes after birth. The simulator detects and records birth positioning and treatments for post-simulation review.
Developed by CAE Healthcare in partnership with leading maternal-fetal clinical educators in the United States and biomedical engineers at Instituto de Engenharia Biomédica (INEB) at the University of Porto in Portugal, the CAE Fidelis Maternal Fetal Simulator has drawn significant interest among medical schools across all disciplines.
According to Dr. Diogo Ayres de Campos, a perinatal obstetrician and professor of Medicine at the University of Porto, who is also a lead developer of the simulator’s physiological models, the simulator will allow practice of rare or acute scenarios in which it is difficult for clinicians or teams to gain experience. “There have been enormous improvements in perinatal care affecting both maternal and perinatal mortality over the last 100 years. But to achieve further reductions in these indicators, one needs to address the very rare complications, not only in terms of diagnosis but also in anticipation and appropriate treatment. Simulation is the only way of achieving and maintaining competence in the management of such rare situations,” said Dr. Ayres de Campos.
Complications of childbirth range from breech presentation to fetal distress, and they can impact long-term health of both mother and baby. A U.S. recent government study reported a 75 percent increase in serious maternal complications, such as heart attack or stroke during or after childbirth, in the United States between 1998 and 2009. (http://journals.lww.com/
About CAE Healthcare
CAE Healthcare offers cutting-edge learning tools to healthcare students and professionals, allowing them to develop practical experience through risk-free simulation training before treating real patients. CAE Healthcare’s full spectrum of simulation solutions includes surgical and imaging simulation, curriculum, the LearningSpace audiovisual and center management platform and highly realistic adult, pediatric and baby patient simulators. Today, approximately 8,000 CAE Healthcare simulators are in use worldwide by medical schools, nursing schools, hospitals, defense forces and other entities.
To learn more about the CAE Fidelis Maternal Fetal Simulator, visit www.caehealthcare.com.