Transcript
A (0:00)
Welcome to Advancing Health. When a heart attack strikes, every minute counts. Today we hear about a new cutting edge communication platform that sends patient EKGs directly from the ambulance to the cardiologist in real time. I'm Tom Peterleeb, senior communication specialist with the American Hospital Association. Glad you can join us. And I'm also really pleased that Josh Neth can join us. Josh is president of Mercy Hospital in Durango, Colorado, an area of the state known as the Four Corners region. And he's here today to talk about how Merci is using a cutting edge communications tool called Pulsera to assist patients who are dealing with cardiac issues. Josh, thank you so much for joining me on Advancing Health today. Really appreciate you being here.
B (0:44)
Yeah, Tom, pleasure. It's a great opportunity to talk about some really great things we're doing in southern Colorado for cardiac care.
A (0:50)
Well, let's start with the basics. What is Pulsara and how is Mercy Hospital using it?
B (0:54)
So Pulsara is ultimately a field to hospital communication tool and we've got a large and remote area and sometimes our response times are lengthy. In southern Colorado, especially in the Four Corners area, we've got a lot of mountain passes. When it's snowy, it creates some really delayed times getting critical patients to the hospital. And so Pulsara is really a way for us to connect and communicate with our pre hospital providers across our seven counties that we serve in southern Colorado and northern New Mexico, where for patients who are having chest pain and cardiac related issues, EMS has progressed over the last decade or two. And we've now got paramedics and other folks that are doing 12 lead EKGs in the field as soon as they arrive at the patient. And that's a really important thing for us to know and understand. How do we get that EKG to a cardiologist that's at a hospital 20 or 30 miles away or maybe more? And so Pulsar really bridges that gap for us. It allows those pre hospital teams to transmit that EKG in a HIPAA compliant manner directly to the cardiologist on call and that cardiologist then is able to help the pre hospital team manage that patient clinically. It also allows us to be more prepared if that patient is actually having a STEMI or a heart attack. It allows us to have our teams ready and prepared so that that patient goes directly to the cath lab and undergoes cardiac treatment in a shorter period of time.
A (2:21)
Take us inside the ambulance itself, if you would, for a minute. So you've got a patient in there who's, who's having a cardiac issue en route to the hospital could be a long drive ahead. What is happening in the ambulance itself and how EKG and other vital signs, how is that all being monitored and transmitted? How does that happen?