NS Vikram Thaploo
Healthcare has witnessed a wave of innovation over the last decade, helping healthcare professionals improve patient care and push the boundaries. Enabling 5G telecom networks will not only accelerate the development of telemedicine, but will also change the face of healthcare. Increased bandwidth and low latency of 5G enable higher resolution images and videos, improving the quality and value of virtual interactions. 5G technology can easily address some of the current gaps in 4G networks that are creating barriers to the adoption of advanced telemedicine solutions in India.
Based on IMT-2020 and 1 GHz bandwidth, 5G technology supports high speeds of up to 20 GB / s, supporting 10,000 times the traffic that current 4G networks can provide. It also provides ultra-unreliable Delayed Communication (URLLC) for time-critical communications such as remote robotic surgery that require very low latency. With increased bandwidth and low latency, 5G enables higher resolution video and images, increasing the quality and value of virtual interactions. Not only does this reduce the need to go to the clinic when it is unsafe or unnecessary, but it also benefits patients in remote areas who do not have easy access to medical facilities and hospitals. 5G networks not only enable telemedicine of patients, but also help doctors to treat them from virtually anywhere without pauses or delays. Increased visual detail and clarity of video calls enable more accurate remote assessment and targeted early treatment, even when the patient is traveling by ambulance.
Telemedicine is an integration of healthcare, MedTech, IT, and telecom. Healthcare and MedTech have already peaked, but IT and telecom will be significantly boosted by the introduction of 5G. The introduction of 5G technology is a special process that enables Healthcare and MedTech to enable new care paradigms through IT innovation and improved communication connectivity.
Among the many ICT options available to the government to improve the efficiency and effectiveness of the primary health care delivery process, mobile and wireless technologies offer some exciting opportunities for low-cost, high-reach services. Offers. It is reported that 80% of patients in rural India visit public hospitals for primary health-related problems. This may be dealt with by PHC near home. A robust Smart Health solution featuring a cloud-based platform, connected devices, and trained professionals can significantly reduce physical visits to hospitals. These can be managed from PHC and doctors are in a centralized remote location. Reliable and fast 5G networks make this possible. The National Digital Health Mission (NDHM) will not compromise the patient’s medical history and make telemedicine services available on a large scale, but India needs robust 5G connectivity throughout villages and cities to succeed. increase.
The faster data rates and throughput of 5G also allow the transmission of large amounts of information. This is especially useful for the entire medical community because it allows you to quickly send case files and MRI scans and reports of large patients to professionals for review. Data management is becoming crucial in healthcare, and everyone, from nurses to doctors, EMTs, and lab technicians, shares large amounts of information. 5G can also support the development of innovative technologies for the telemedicine and healthcare industries. State-of-the-art innovations include XR-powered tools that can be used for medical training, education, or virtual therapy. For example, tactile feedback gloves with millisecond response times allow healthcare professionals to receive immersive training and visualization of complex procedures. Detailed VR technology also helps doctors better explain the diagnosis to patients. Beyond that, wearable and AI-enhanced apps can use 5G technology to apply machine learning to health-related data analysis in a variety of scenarios, from diagnostics to emergency care. Telepresence has made it easier to perform complex surgery in areas where there is a shortage of specialized surgeons. At the same time, robotics provides invaluable assistance, allowing the procedure to be performed more invasively, thereby reducing complications and delivery times. An aspect that takes remote surgery a step further is the achievement of sufficiently fast internet connections that enable real-time telepresence. There are already reports that patient wireless brain remote surgery was performed 1800 miles away using 5G technology. With 5G technology, remote doctors will be able to perform remote surgery with the help of robots, which could soon happen in India. Apart from its many benefits, 5G will also help develop new connected healthcare systems, especially in the post-COVID era.
Medical systems around the world are being reconfigured to address the COVID-19 pandemic. If blockade restrictions are relaxed nationwide, and if the virus reappears, a new set of restrictions may be imposed. In addition, medical interventions are increasing around the world, with many developed countries performing 40% more surgery than they did 10 years ago. Combined with COVID-19, the increase in medical interventions is putting great pressure on public health facilities and hospitals. As a result, there is an urgent need to improve the resilience, responsiveness, and capacity of our healthcare system.
Beyond infrastructure needs, information and data play an important role in achieving the same thing, and the adoption of 5G has a significant impact on this. With 5G, you can build the following healthcare ecosystem:
predict – A fast, consistent flow of critical data provides healthcare professionals with better insights and information to efficiently and effectively predict, diagnose, and treat patients.
prevention – There is already increasing evidence of how IoT devices and 5G are used in different countries to track and manage the COVID-19 virus. 5G enables further advances in preventive care to better manage crises.
Participatory – With the help of 5G technology, patients can play an increasingly active role in care and in more efficient ways with medical professionals on health, diagnosis, treatment and outcomes. You will be able to get involved. This makes the medical system more aggressive, efficient and productive.
Personalize – Huge amounts of clinical data allow healthcare professionals to provide personalized care to patients.
Unlike previous generations of mobile networks, 5G will radically transform the role of connectivity in healthcare. It acts as a catalyst for the way humans and machines interact with each other and between them. It not only leads to an interconnected healthcare ecosystem, but also provides a framework for implementing AI, analytics, IoT, robotics and more, making healthcare systems more robust, agile and competent.
NS Apollo Tele, CEO, Vikram Thaploohealth, Apollo Hospital Group, India
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Launching 5G could bring significant benefits to telemedicine adoption and access, Health News, and ET Health World
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