Those wanting to see an industry presently being transformed by technology need look no further than healthcare. To meet the challenges of the 21st century, medicine is rising to the occasion by using technology. This can help organizations in medicine by meeting growing demand and operating efficiently to offer better care to patients.
Machine Learning and AI
The world population is growing and aging. As this proceeds, artificial intelligence is offering ways that are new and better to diagnose conditions, identify diseases, develop treatment plans, keep an eye on health epidemics, and give operations greater efficiency to handle increasing demands of healthcare in 2020. This year, medical data will see a doubling every 73 days. Leaning on big data will save up to $100 billion annually by utilizing AI and machine learning tools.
Robots are already helping humans in the operating room. The potential for robots in the medical industry goes beyond surgical uses, however. Medical robots that look promising include a micro-bot capable of targeting therapy to a particular body part. This includes addressing a tumor with radiation or clearing bacterial infections.
It is no light task to train computers to understand what they see when observing the world. With significant progress in machine vision, computers are being used medically for diagnostics, surgery, and viewing medical images and scans. With machine vision, doctors can know how much blood is lost by a woman in childbirth. Current computers offer accurate intel rather than guessing as they provided previously.
Wearable fitness technology can go far beyond informing people of the steps they take daily. More than 80% of the population is willing to don wearable technology; this provides tremendous opportunities for medicine. Smartwatches can keep track of heart rhythms. Other wearable devices include ECG monitors capable of detecting atrial fibrillation, monitors for blood pressure, and temperature-tracking adhesive biosensor patches.
Advances in 3D printing have enabled customization, prototyping, manufacturing, and research for the medical field. Surgeons can prepare for procedures using printed organs that are specific to a particular patient. Many medical devices can be 3D printed, as can surgical tools. Comfortable prosthetic limbs can be developed at a higher level of cost-effectiveness.