Able to simulate dozens of diagnostic scenarios rarely seen in a clinical setting, it also provides targeted performance feedback through its accompanying mobile app.
#Chicago doppler portable
Doppler, a portable ultrasound simulation training system, offers a bridge-gap between classroom instruction and live tissue. During that training, technicians complete several credits of classroom instruction before moving on to working in a clinical setting, first using healthy volunteers and then real patients.ĭr. However, in order to make use of ultrasound technology, patients often have to travel to a hospital and work with a technician who typically has 2-4 years of specialized training.
#Chicago doppler simulator
Doppler simulator provides training in ultrasound imaging.
Ultrasound technology is also portable, and substantially lower in cost when compared to a CT or x-ray exam, which require potentially harmful low-level radiation. Ultrasound imaging, most commonly known for its use in prenatal care, can also be used to visualize muscles, tendons, internal organs, and major blood vessels, giving it a range of applications across multiple medical disciplines. “patients shouldn’t bear the brunt of medical training and Dr. “The machine gives you the ability to see all types of ailments in simulation, instead of waiting for a patient with the condition to show up.” said Paul Pribaz, executive director at SIMnext. This week, the team behind it demonstrated the device at the International Meeting on Simulation in Healthcare, a healthcare simulation conference featuring peer-reviewed learning and the latest industry-specific products in San Diego, Ca. Doppler made its debut during a press event at the MATTER health care incubator in the Merchandise Mart in Chicago this month. Doppler, developed by Illinois-based SIMnext, aims to change that.ĭr. A new ultrasound training device, called Dr. Yet the training procedures used to master the technology haven’t evolved much in that time.
Ultrasound imaging, a mainstay of medical diagnostic testing, produces dramatically sharper pictures today than when it was introduced more than 50 years ago.
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