Medicine and technology have walked together since the 1970s, when minicomputers began to become available. At first, they were used mainly in billing, financial applications and physician billing. Then they started to automate in departments like laboratory, radiology and pharmacy. It wasn’t for another 10 years that people started to see the potential of computers.
Have you ever heard of a medical disorder known as arrhythmia? It causes irregular heartbeats, and can sometimes cause blood clots in the heart, significantly increasing the odds of a heart attack or a stroke. If it’s caught early, a clot can be contained or cleared away and a stent can be put in to allow for regular blood flow. More than 1.8 million stents are implanted annually in the United States alone. In addition to stents, countless other medical procedures are performed to treat the 28 million adults in the US with heart disease. Following any cardiac procedure, a patient is counseled about diet, exercise and how they both are important before being discharged. Post procedure, it’s common to be concerned about another cardiac related incident in the days following discharge. This posed an important question to Peerbridge Health, a New York based remote patient monitoring company. “How can we make it so a patient can be proactive and reactive?”
So, as an answer, they developed the Peerbridge Cor™, a wearable electrocardiogram (ECG) that provides 24/7 patient heartbeat monitoring. This small custom computer device allows for the patient and medical staff an unprecedented level of connection. There is any abnormal heartbeat activity, the patient can send select activity to their care team for analysis at the touch of a button. The continuous recording with transmitted events allows for an unparalleled look into the patient’s heart activity as they go through their day-to-day life, without having to dodge wires and cables or having to stop everything to go to a doctor’s office.
Many Internet of Things (IoT) devices are custom built computers that serve a small purpose like what we discussed here. What IoT devices do you find intriguing?
For more information on this topic, check out the full article by Sally Frank here