Ecosystems are built on three layers: infrastructure, intelligence, and engagement.
Due to the increases in demands for epidemic related drugs, screening reagents, and other products driven by the epidemic, the output values of drugs, medical supplies, and other related products have been increased.
With the advancement and development of medical technology (such as the use of new drugs, new surgical procedures, the use of new treatments, genetic screening, etc.), many severe or critical illnesses can be alleviated or cured, high-risk surgeries can be made less terrifyingly, and genetic diseases that were previously undetectable can be screened in advance and properly dealt with.
Developments in medical technology are increasing rapidly, and are no longer limited to drugs or medical equipment. Artificial intelligence, 3D printing technology, virtual reality (VR), and big data, which once only appeared in science fiction or movies, are now being used to treat or prevent diseases, leading medical technology into a new era.
The global population is rapidly seeing an irreversible trend to longer lifespans, and this trend will inevitably lead to an increase in chronically ill patients. To meet the needs of an aging society, the pursuit of better medical services and quality medical products has become a common global issue.
The medical equipment industry is a cross-disciplinary technology industry with a number of diverse industrial characteristics. With changes in disease patterns, product development, and medical technology advancements, its mainstream products will become increasingly advanced. Countries have invested considerable resources and consider the development of medical products a key priority.
To strictly manage risks, medical systems usually adopt technologies that matured yesterday. The market promotion of AI innovative technology applications is facing challenges, and relevant regulations must also keep pace with the times.
Medical technologies are products, services or solutions that save and improve people’s lives. In addition to advanced medical technologies, healthy activity and nutrition play important roles in our daily healthcare.
With the advent of the AI era, the medical community has begun to use AI data analysis, develop surgical robots, and collaborate with doctors to create innovations in precision medicine.
Surgical robots are useful for minimally invasive surgery because they can perform precise manipulations of surgical instruments beyond human capabilities in small surgical spaces.
The effectiveness of health care systems is highly dependent on the use of advanced, cutting-edge solutions. With increased public interest, involvement, and funding, the health care industry has become more and more open to new technologies. The use of Augmented Reality (AR) & Virtual Reality (VR) in healthcare seems to be a natural fit. These technologies offer viable solutions to many of the challenges facing health care systems, including numerous diverse opportunities for implementation in areas such as general diagnostics and medical training.
Digital innovation is rapidly helping transform modern industries. Healthcare providers in hospitals and healthcare systems are applying these tools to promote public health, reduce costs, and improve experiences.
In the medical information and communication industry, the development of telemedicine technology and services has been accelerated due to the epidemic. Used to describe health information and its secure and reliable exchange between consumers, service providers, governments, quality groups, and insurance agencies.
Under the influence of the epidemic, the global demand for telemedicine has increased significantly. The development of digital medical care is an important means to promote medical equality and achieve comprehensive health coverage. Telemedicine care will become the new medical routine "New Normal", and the integration of AI wisdom in medical technology will be accelerated after the epidemic. An important trend with information flow.
Regenerative medicine mainly covers tissue and cell repair, stem cell therapy, and immune cell therapy.