Virtual reality in telemedicine

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Virtual reality (VR) is one of the leading edges of the general growth of current communication interfaces, including television, computer systems, and telephone. Telemedicine principally focuses on sending medical data. VR (Virtual Reality) can improve this function. Mainly, VR can be used in telemedicine solution development as a modern communication interface, enabling a more intuitive form of interacting with information and a flexible environment that enhances physical presence during the interaction. This technology is now used in remote or augmented surgery and surgical training, critically dependent on eye-hand coordination. In this article, state of the art in VR-based telemedicine applications is described. 

The advanced concepts

Since telemedicine is mainly involved with carrying medical information, VR can magnify the telemedicine experience. The two principal approaches in which VR can be applied are an interface that permits a more spontaneous manner of communicating with information and an environment that becomes the presence of presence during the interaction. Since there are no current clinical apps of VR in the telemedicine sector, this report reviews theories and experiences with the possibility to enhance the delivery of telemedicine.

Technology and applications

The possible use of VRs as a telemedicine tool has attracted much attention in medicine. This technology is generally used remotely or maybe in augmented surgery and surgical practice, dependent upon eye-hand coordination. Although, different experts have tried to use VRs in anatomic training and for the assessment and rehab in neuro-psychology. Such software has improved tremendously by the quality of health care, and later they will lead to actual cost savings. Tools that react to the needs of modern VR systems are being refined or extended. This technology is efficiently applied to telemedicine.

Human factors in the development of telemedicine

Virtual Reality (VR) is actually a collection of specialized hardware. Two are the core characteristics of VR as a communication tool: the perceptual illusion of nature and the sense of identity. The disappearance of a level of experience where both the VR and the physical environment disappear from the user’s awareness. The outcomes of this approach for the development and the development of clinical oriented Virtual reality tools are presented, collectively with the logical and technical implications for studying advanced human-computer interaction.

COVID-19 Pandemic

 In the situation such as corona crisis, the use of telemedicine interventions has become greatly important. In catastrophic conditions such as 2019-2021 pandemics, patients’ healthcare, including admitting to hospitals and emergency assistance, is challenged by the risk of infection and limitations of healthcare resources. Latest technologies have proved effective in pandemics to improve the quality of life in vulnerable patients such as people with various disorders. Furthermore, telemedicine interventions provide at-home suspensions allowing doctors and others to telemonitor and assess patients remotely, thus reducing the risk of covid infection. After reviewing several kinds of research using telemedicine in all sorts of patients, we propose the telemedicine process flow for healthcare subjects with chronic disease to react to the new challenges for achieving quality healthcare during the conversion of public and private healthcare organizations worldwide overpowered by the COVID-19 pandemic contingency.