By Jonathan Schroeder
One of BYU’s top learning facilities got some exciting new upgrades this summer. Among the more exciting improvements, the Mary Jane Rawlinson Geertsen Nursing Learning Center (NLC) now boasts eighteen new hospital beds, two new state-of-the-art classroom manikins, and two new Pyxis MedStation 4000 systems.
“In the NLC, our goal is to simulate real-life nursing scenarios for our students, so they are better prepared when they enter a hospital for first time,” said NLC supervisor Colleen Tingey. “The Pyxis MedStations are what students are most likely to see in Utah area hospitals.”
“Pyxis is actually a real, clinical machine that we use as a teaching tool,” Assistant Lab Supervisor Kristen Whipple added. “But the same Pyxis machine we use here could be used in any hospital.”
Acquired through a donation by the Fritz B. Burns Foundation, the Pyxis MedStation 4000 is a computerized medical dispenser that is quickly becoming a standard piece of equipment for nurses across the country. The Pyxis MedStation is programmed with a patient database to help nurses keep track of all of their patient’s specific medical needs.
“The whole idea behind the machines is to improve patient safety,” Tingey explained. “Because the patient’s record is already programmed into the machine, it can then dispense the right medication for that patient and help the nurse avoid medical errors.”
Prior to this summer, the NLC had just one older version of Pyxis to use for all nursing simulations, which often ran simultaneously. Nervous nursing students would often waste valuable time waiting to get meds for their simulation because of backlog at the older machine.
“We’re really excited to have two Pyxis machines, instead of just one,” Whipple said. “Now it’s easier for students to access them during their simulations.”
Thanks to the Fritz B. Burns Foundation, NLC also welcomed two new additions to the College of Nursing manikin family. The new arrivals (one adult and one child) are auscultation manikins that help students learn to identify heart, lung, and bowel noises.
Students can use a stethoscope to listen to the manikin’s heart rate and breathing. Computer programs allow the professor to control what sounds the student hears, as well as the area on the manikin that the sound comes from. The professor can also program the manikin to emit different types of sounds or project the sound through a speaker, so the whole class can hear.
“When students practice on each other, they get to hear normal sounds,” Tingey explained. They get to hear what normal, healthy patients sound like. But they don’t get the opportunity to hear abnormal heart sounds. These manikins provide an opportunity for students to hear what an abnormal heart sounds like.”
Nursing faculty are especially excited about the new pediatric auscultation manikin. Whipple said that nursing faculty had specifically asked for this device to better teach pediatrics to nursing students. “Small children don’t just behave like small adults,” Whipple pointed out. “Their bodies are different than adult bodies; so we need to train in what’s specific to them. This pediatric simulator acts like a pediatric body would and helps us identify those sounds that are unique to children.”
The new adult auscultation manikin has several unique features that are useful to professors and nursing students. Professors can use the adult manikin’s computer program to display EKGs, phonograms, and ultra-sounds. This allows students to see the physiology behind any abnormal sounds they may hear.
“Basically, this manikin allows our students to not only identify abnormalities like heart tremors,” Tingey said. “But it also allows students to learn how the sound correlates to what’s happening in the heart.”