At the forefront of technological advances healthcare is experiencing the emergence of a range of cutting-edge technologies which continue to enhance healthcare and transform the way that healthcare is provided. Connectivity, more than ever before, is becoming a vital technology in the healthcare industry that will provide equal care for all those who require or depend on it.
In terms of connectivity, the introduction in 5G technologies has proved very beneficial to the healthcare industry, allowing the sector gain from secure high-speed connectivity that can address the challenges of the moment as well as open new opportunities. A Gartner report reveals that the COVID-19 epidemic has increased the development of 5G infrastructure across the globe by 39 percent by 2021.
Telemedicine, when paired with improved connectivity is able to boost its value for virtual interactionsby providing higher-quality images and videos. Patients can video-chat with doctors from their homes and health professionals are no longer keeping clipboards behind for more efficient technology for managing digital information. This is however only the beginning of a much larger change.
Improved treatment for patients
5G in healthcare isn’t only about better safety, security of data transfers, and connectivity. These benefits be combined to improve the quality of care , not just for the telemedicine professionals but also the patients, but the most crucially.
In India which 73 % of the population lives in rural areas that have a lack of high-quality health facilities, telemedicine combined with 5G technology will connect remote regions to specialists and healthcare facilities in a more efficient manner. This could help reduce the burden on secondary and tertiary healthcare hospitals and let them concentrate on the most urgent and specialized healthcare.
The fusion of 5G connectivity and Internet of Medical Things (IoMT) will further provide new possibilities to provide personalised and integrated patient healthcare. It will help healthcare professionals take a proactive approach to health care, thereby reducing the likelihood of a medical issue arising.
Wearable devices have become an integral part of healthcare delivery. 5G-enabled wearables with sensors, smartphone connectivity and integrated GPS will allow healthcare professionals to keep track of heart rate and pulse and SpO2 (blood oxygen) as well as skin temperature, stress, and ECG continuously. In addition to providing better healthcare for patients, such a preventative approach could be a crucial component of the health of the populace strategy in the United States and aid in the detection and treatment of chronic illnesses. Another reason is that, while 5G could support more than one million mobile devices for every square kilometer while 4G supports only four thousand devices.
In a world where every second counts in the world of healthcare, there is a need for a five-G ambulance is a further feature that will allow you to connect patients, ambulance staff , and medical specialists remotely in real-time. In addition to potentially changing the way healthcare is delivered by connecting patients and ambulance staff, it also allows doctors to detect vital signs, access medical records online and, ultimately, respond quicker, which leads to improved results.
Apollo Hospitals recently launched the 5G connected ambulance which comes equipped with cameras on board with camera-based headgear as well as bodycams for paramedics, all that are connected to 5G networks. With the latest technology, healthcare personnel in the ambulance are able to consult with experts to identify and treat patients in the “golden hour’ to improve the odds of survival and minimize the impact of trauma.
Management of security and data
In the realm of telemedicine involved one of its major features is sharing huge quantities of data between health professionals. With high-speed 5G connectivity, medical professionals can effectively share large data files that contain medical images. This will improve access and also the quality of medical care. In certain instances, files could contain as much as 1GB of information, which makes it difficult to share the data quickly through the existing networks. The files may contain vital information, and every minute wasted could mean the difference in the life or death of the patient. In critical circumstances 5G may prove to be beneficial and lead to quicker and more efficient remote consultations.
New ways of medical innovation
In addition to increasing the efficiency of medical procedures in the present 5G technology also is able to help aid in the advancement of medical telemedicine as well as the general healthcare industry. For example, tools powered by XR could be utilized in medical education and teaching, as well as virtual therapy. Through the use of gloves that haptic feedback healthcare professionals will be able to receive an immersive experience of training and visualisation for complicated processes.
In addition, AI-enabled apps and wearable devicespowered by 5G may use the power of ML (machine machine learning) to analyze health-related information in different scenarios ranging from emergency medical care or medical diagnostics.
IoMT and AI-powered data analysis could be utilized to improve medical monitoring and monitoring services for patients and doctors, creating a fully connected hospital.
