Technology is within reach. Think of all the health monitors or wearable fitness trackers people use today. The practice of virtual healthcare has changed our attitude towards the healthcare industry. Although loyalists and dissidents regret the lack of personal contact with doctors and quality care, technological innovation is breaking down barriers.
It can be as simple as information sharing between doctors and patients, or as far-reaching as robot assistance in high-risk surgery. Even better, set it as a remote operation, so that the patient and the doctor are far away! Obviously, the latest technological advancements are disrupting the healthcare industry with their dynamic applications.
It starts with online consultation and then starts from there.
Telemedicine or virtual consultation is a thing of the past. Even if they started operating, its huge impact on traditional healthcare roles has also changed our collective attitude towards the industry. With the further development of these technologies, more applications for professionals and patients are expected to promote overall health. Nowadays, apps on mobile phones can track our exercise and calorie intake, check the development of obesity and monitor heart health.
Here are the 5 latest technological innovations that have a long-term impact on the industry:
1. Virtual reality or AR/MR/VR in healthcare
Both medical professionals and patients will benefit from the multi-sensory, immersive experience provided by VR.
Consider a realistic and low-risk simulation environment for training surgeons. On the other hand, in the field of pain management or mental health, immersion in a virtual world can produce better results. The therapeutic potential and recovery opportunities of VR in cases of acute pain and anxiety are profound.
This is the subject of science fiction. Nanotechnology and nanodevices are arming the healthcare industry by controlling the molecular level. The goal of nanomedicine is smaller drugs and more precise delivery systems. For example, chemotherapy is applied to the target tumor instead of poisoning the entire body.
3. 3D printing
3D printing has created medical tools from moldable materials to plastics to stem cells and revolutionized the medical industry. With the help of 3D printing, organ transplantation and tissue repair, and custom-friendly aspects of prosthetics and braces, even layered stem cell organoids can now be used. Obtaining faster prototypes at a fraction of the traditional cost is particularly important in the healthcare sector. Through this method, the most dazzling innovation is the “multipill”, which can store multiple drugs with different release times for multiple diseases!
4. Medical Internet of Things or Internet of Things
Connected devices, cloud computing and the Internet enable data exchange, convenience and automation. The Internet of Things is dramatically changing how healthcare professionals manage patient records, control inventories, monitor and provide preventive care. In a sense, this may be the most important disruptive technology, because only by doing so can many other technological advancements be achieved.
5. Precision Medicine
Diagnosis, treatment, and preventive care based on the individual’s environment, lifestyle and genetic makeup are a major shift from universal methods. It is recommended to develop precision medicine based on diagnostics and molecular genetic testing processes such as genome sequencing and DNA mutation research. This will completely change preventive measures, thereby reducing treatment time and costs, as well as medical care needs.
With the joint development of healthcare and technological advancement, the industry has become more optimized to provide quality care. This is evident in the cosmetic healthcare industry where non-surgical procedures have greatly advanced. You can get botulinum toxin with a breakthrough serum in Perth and get excellent post-care with very short or no recovery time.
In fact, technological innovations have severely disrupted the healthcare industry. Without them, it cannot survive.