There is no doubt that the latest trends in health care enable us to have a longer, healthier, and better life. Smart hospitals and robotic surgeries are developments that will become obvious in the coming years, and the process of medical and telemedicine Complete and powerful. This way, all the therapeutic branches of Thermodynamics are covered, and all the concerns of the various parts of the telemedicine have gradually disappeared.
These days, various healthcare trends can be seen that are widely used. The technologies used include a wide range of IoT solutions to cloud computing security, virtual reality and macro data that ultimately lead to improvements in patient care even remotely.
Virtual reality (VR) can be considered as the leading edge of a general evolution of present communication interfaces involving the television, computer, and telephone. The main characteristic of this evolution is the full immersion of the human sensorimotor channels into a vivid and global communication experience. Because telemedicine principally focuses on transmitting medical information, VR has the potential to enhance this function. Particularly, VR can be used in telemedicine as an advanced communication interface, which enables a more intuitive mode of interacting with information, and as a flexible environment that enhances the feeling of physical presence during the interaction. In this article, the state of the art in VR-based telemedicine applications is described. This technology is now used in remote or augmented surgery as well as surgical training, which are critically dependent on eye-hand coordination. Recently, however, different researchers have tried to use virtual environments in medical visualization and for assessment and rehabilitation in neuropsychology. This article also discusses technological, ergonomical, and human factor issues, and specific guidelines are presented for expanding the use of VR in telemedicine.
Healthcare IT and telemedicine are already more diverse across various medical disciplines. So you can expect to find VR being used in various forms beyond rehabilitation and simulation VR-training.
As the potential of VR technology in medicine is realized, you can expect it to grow as a diagnostic tool. Further, it can also be a tool that’s used in immersive 3D-simulation therapy for the following:
-Autism
-Anxiety
-Cancer therapy
-Chronic uncontrollable pain
-Depression
-Phobias
-Post-traumatic stress disorder (PTSD)
-VR in assisted living
VR technology is also expected to have a significant impact in the following areas:
-Medical visualization
-Preventative medicine
-VR simulators for surgical robots (like the da Vinci surgical system)
-Robotic Surgery via VR Telemedicine
A surgeon can now use a console and operate robotic arms that are enabled to make more delicate movements than human hands (as a result of robotic dexterity that can’t be matched by human wrists). This means that surgery that is minimally invasive can become highly precise by going with a robotic option.
Telemedicine and Augmented Reality
While VR can give you an immersive experience that can be hyper-real and sometimes fantastical by incorporating finely tuned sound and haptic feedback, Augmented Reality (AR) uses similar technology to enhance the here and now.
Right now, telemedicine is pretty loosely defined as a domain. At present, it’s just perceived as providing healthcare services from a distance via telecommunications tools. So there’s a lot of room to grow in this niche as telemedicine can be anything like video chat meetings (check out our custom built VideoMedicine app), remote patient monitoring (check out the solution we created for Norway's Innlandet Hospital Trust), and highly advanced remote surgery.
The latter fuses both telemedicine and AR technologies to enable surgeons to operate on patients located far away. This is a departure from fictional virtual environments as it’s based on real-time sensory data. As a result, a surgeon located in one place can perform a surgical procedure in another location.
VR Telemedicine in Skills Training
VR technology has been incorporated into training various professionals for some time now. These cover industries such as the military apparatus and space exploration.
Some of the same technologies that’ve being used in other industries can be incorporated into healthcare as a knowledge transfer tool to help physicians working in rural areas. This, in turn, can also enhance quality assurance and peer review while enabling the completion of complex medical procedures.
Further, in emergency situations, non-clinicians can also receive expert training for procedures like administering CPR.
But this technology is still in its infancy, so although VR in telemedicine has advanced significantly, there is still a long way to go.
Like any emerging technology, there might be hurdles to overcome before we see the true value of VR technology in healthcare. These can be low adoption rates and high costs, but these bumps on the road can be relative.
VR technology has the potential to lower expenses over time by reducing the need to spend on more medical equipment. Further, it can also expedite certain procedures which will make it highly cost-effective.
VR technology in telemedicine is still pretty close to the starting line, so expect it to have a much bigger impact on the industry over the next three years.
Source: ehealth.intersog ,ncbi