Opportunities and challenges of mobile medical innovation

OFweek Medical Technology Network disease prevention is the focus of modern medicine . Many common diseases are now chronic diseases caused by lifestyle, or diseases caused by genetic or environmental problems. In either case, information is an important factor influencing whether a medical institution can effectively prevent disease. If they are able to collect accurate data and have enough time to intervene in advance, the hazards of most diseases can be minimized or even eliminated altogether.

Opportunities and challenges of mobile medical innovation

Mobile medical technology has the ability to fill this gap. The applications, devices, and technologies behind the “quantified-self” concept have exploded, because they are able to collect, interpret, and transmit patient health data that is urgently needed by healthcare professionals.

As the threshold for big data becomes lower and lower, the future of mobile healthcare will become clearer. Drug data has been shelved for a long time, but this situation will soon improve. Driven by the Affordable Care Act and other socioeconomic trends, healthcare organizations are beginning to share data with each other, not only to reduce costs, but also to help explore and validate the results of drug research. By integrating the data points collected by millions of people into existing drug research, researchers can draw valuable research results, which will greatly accelerate the research process of preventive drugs.

Most innovations in mobile healthcare focus on wearables such as wristbands, smart watches and biosensors. Since the key to disease prevention is early access to data, wearable devices need to collect patient health information before a serious illness develops. In addition, wearable devices can reduce the amount of data that doctors need to collect at the time of the consultation, making the process of disease analysis faster and more efficient.

With wearables, doctors no longer need to rely on information collected through one-time consultations. This can bring very big benefits. For example, the patient's heart rate at the time of the visit may not be the same as his average heart rate over the past three months. Most smart watches and activity trackers now monitor the wearer's pulse and heart rate, and biosensors like the Medtronic SEEQ can record patient heart rates for up to 30 consecutive days. This vertical information allows the doctor to understand the patient's situation more clearly and accurately, and is very convenient and quick.

Many practitioners in the medical industry are beginning to recognize that the Food and Drug Administration (FDA) is encouraging the development of mobile medical technology. A large number of companies have now invested in the development of health information software that captures patient personal data from Fitbit wristbands and other mobile health monitoring devices and then automatically records them into the patient's affordable medical electronic medical records. BlueStar is a mobile innovation company focused on diabetes treatment. Its application can help people with type 2 diabetes to know their condition at any time. This should have been approved by the Food and Drug Administration in 2010.

Many people believe that the future direction of data collection is ingestible sensors. Proteus Digital Health, an electronics company from Silicon Valley, is a pioneer in this emerging field. It recently raised $172 million in venture capital – the funds will be used to continue developing a range of medical products , including a pill-shaped ingestible sensor that detects the absorption of drug treatment in patients. Happening. Wearables may also be replaced by "invisible devices" in the future - a device implanted under the skin that collects biological information from the human body.

Application developers and healthcare companies must seamlessly integrate users into the process, so easy-to-use, high-quality mobile applications are an essential element.

Regardless of the approach, basically all mobile medical data solutions now need to work with smartphones. Smart watches represented by Apple Watch, as well as activity trackers represented by Fitbit and Jawbone, can of course collect data in a very elegant and efficient way, but none of them can connect to the Internet. In order to process the large amount of data generated by the information collecting device, the user needs the performance and connectivity of the smartphone.

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