The Impact of Electronics for Medicine in the Healthcare Sector

The Impact of Electronics for Medicine in the Healthcare Sector

2020-10-26 09:25 - Mades

Technological innovation is evolving rapidly, transforming many industries in the process. Medicine in healthcare has arguably been the biggest beneficiary of the developments. From the emergence of x-rays to entry of modern surgical techniques, the world of medicine has experienced many breakthroughs. Today, technology makes it easier for most people to control disease and access better healthcare.

Achievements of electronics for medicine in healthcare sector include things like wireless connected gadgets, wearable devices, ultrasound equipment based on radar technology… This market is still growing, with estimates showing it will be worth over $148 billion in five years. If you are wondering how electronics have impacted medicine, consider the following areas.

Improved Diagnosis and Treatment

Some of the medical diagnosis and treatments before the arrival of technology were weird to say the least. In the 1900s, heroin was used as treatment for a cough, even for children. The now FDA-banned drug was supposedly considered a safe alternative to morphine. We have to appreciate strides in technology for the diagnostic and treatment capabilities available today. The doctor can now record real time data using a handheld device. It is also possible to record the patient’s data on the spot. The beauty of this is improved reliability of healthcare.

Remote Monitoring Capabilities

Remote patient monitoring (RPM) is one of the most amazing innovations in medicine in the healthcare sector. Patients who have problems moving around can now sit at home and have a doctor attend to them from the hospital. With this solution, a lot of time and money savings can be achieved, along many other benefits. A good example of an electronic device for RPM application is the digital blood pressure cuff, which helps the patient send pulse and blood pressure from anywhere.

Additive Manufacturing

Also referred to as 3D printing, additive manufacturing is transforming this sector. It is now possible to reproduce internal organs and bones. Using the same technology, doctors can understand the patient’s body better and provide the best treatments. Special electronics in the medical field are also applicable for modern prosthetics. 3D printing has made it cheaper to create prosthetic body parts, specially arms and legs. Patients have access to customized prosthetic parts. As this industry continues to grow, related electronics and machinery are expected to develop further, making the technology even more affordable.

Complex Experiments

Have you ever heard of the Framingham Heart Study that was performed from 1948 to 2002? This experiment cut across three generations, starting with 5,209 Framingham volunteers, later their adult children, and finally the third group. With the discoveries made in electronics and other medical technology, such lengthy experiments may be unnecessary. Human reaction simulation has rendered human volunteers for such treacherous tests irrelevant. Experiments that would normally take years are complete within weeks or months. The Ebola vaccine was realized this way.

The Takeaway

Medicine in the healthcare sector is a fast-growing segment. This has been happening for many years, and the amount of electronic innovation directed towards the industry is an ideal yardstick. It is time for players to take advantage of the many benefits presented by the technological milestones. If you want to sample some of the latest products in this area, visit our web today.

Leave a Comment

smart-citiesAvoid Headaches in the Industrialization Process of a Satellite Navigation System