Medical technology has a wide array of applications in our everyday lives, from a simple exercise tracker to a life-saving respiratory assistive device. From portable ventilators for underdeveloped countries to the latest diagnostic tools, medical technology is constantly evolving. To develop new technologies, we need a diverse academic base with a range of skillsets, including the medical community, regulatory bodies, and clinical practitioners. This way, we can be sure that future medical technologies are well-received by the medical community.
From the development of the human genome to the evolution of artificial pacemakers and robotic surgery, medical technology has a rich and diverse history. Advancements in diagnostic and therapeutic technologies have improved the lives of countless people. Several global organizations, such as the Chan Zuckerberg Initiative, have set a goal of curing all diseases within a century. The Bill and Melinda Gates Foundation have even set a target of eradicating malaria in the next generation.
The work of medical technologists is closely related to the study of blood. For example, they may use a microscope to analyze blood samples to determine whether any white blood cells are present. Other types of technology may include a cell counter, which counts cells. The cell counter is able to distinguish between different types of cells. The complete blood count, also known as CBC, is performed by a medical technologist. Hematocrit refers to the amount of hemoglobin in the blood.
One of the most important medical technology trends in 2019 is telehealth. Telehealth enables care providers to interact with patients from anywhere using a two-way video or mobile device. This is especially useful for those in remote areas or for those without access to transportation. The technology can be used to remotely monitor vital signs or CPAP machines. The medical field will see an enormous surge in adoption of this technology in the coming years. It is only a matter of time before these devices become widespread and transform the way we view medicine.
Another emerging technology is robotic surgery. It was once considered a novelty or used in a few specific situations, but is now becoming an everyday surgical procedure. Robotic surgery is less invasive, more accurate, and is less likely to cause infection. It has many benefits, and is expected to improve patient outcomes while democratizing medical education. Finally, robotic pills are poised to revolutionize medical education. They can move inside the patient, conduct biopsies, and clear blocked arteries.
Other medical technology innovations are available today, from new imaging tools to less invasive surgical methods. In fact, dozens of new technologies are introduced each year. For example, Resonetics developed a technique for cutting metal stents without polishing or grinding them. Its use is revolutionary and could help physicians create bioresorbable stents more quickly. And with the advances in technology, we can expect the future of medicine to be even better.
