Learn About the Potential of Digital Health Technologies to Protect Patients in 2021.
The covid-19 pandemic has inspired a lot of advancements in the medical line. This is not to say that these digital improvements in the health sector would not have happened, but the covid-19 pandemic brought about these improvements faster than anticipated. AI and other forms of technology have been introduced to healthcare to stem the tide of infections and resolve any further complications.
The aim of introducing digital health technology to healthcare is to protect both patients and medical practitioners. It also seeks to prevent the unneeded gathering at the hospitals by providing health from long distances. Governments worldwide are now devising ways to incorporate digital health into their health system, especially as there are usually more patients than doctors.
Experts at UK Best Essays theorize that merging technology and health will improve healthcare massively. They predict a situation where tests, diagnosis, and prescriptions will not require human doctors and would be done over long distances. In addition to that, a doctor can perform surgery miles away, using robotics technology and the 5G internet. There is much potential that we can discuss. However, we will discuss the potential of digital health technologies to protect patients in 2021 as curated by professionals at best writing services.
The Growth of Telemedicine
Telehealth has always been a thing in healthcare, but the popularity before the Covid-19 pandemic has been lower. In 2019, the statistics for telehealth stood at 22%, which was considerable growth from 5% of 2015. In 2020, during the pandemic, 66% of patients preferred telehealth. The statistics rose because visiting the hospitals for patients could be problematic, and to protect other patients, many hospitals chose to deal with patients digitally.
The telehealth method of dealing with patients is supported by using devices that you can wear. These devices are linked to telemedicine applications that run on crucial tech like WebRTC. This technology is essential for their versatility as it connects web browsers with telemedicine applications. This application integrates chat app and data sharing features and allows patients and healthcare practitioners to access patients’ relevant health records. It also has appointment management features and screen sharing features, allowing doctors to provide a health guide for their patients.
Interestingly, patients rarely miss physical interactions with their doctors as there are interactive voice messages and responses which allow doctors to connect with their patients through speech. Patient data is paramount, and it is protected as there are state-of-the-art security features that prevent data breaches by hackers and other bad guys. There is a lot of improvement in telehealth applications, and the potential is so much more.
Artificial Intelligence: Tackling Covid 19 and Beyond Covid 19
The importance of artificial intelligence cannot be underestimated. It has shown tremendous aptitude in keeping patients and healthcare practitioners safe. Before Covid 19, there has been a buzz among tech and health experts alike about the potential of Artificial Intelligence for healthcare. Experts at best essay writing service reviews have thoroughly researched the potential applications of artificial intelligence in the health care sector.
It is believed that AI can help develop drugs, support the overburdened healthcare practitioners, help with the production of new drugs and inspecting drug quality, tracking public health through readily available data for prompt healthcare delivery, etc. Artificial intelligence help provide an accurate diagnosis. For instance, experts taught AI in China to discover pneumonia when chest scans are performed. Doing this became helpful in the early fight against Covid-19.
Interestingly, at the beginning of the Covid-19 pandemic, before it was even named the covid-19, a Company’s AI software had already raised the alarm about the unusual number of reported cases of pneumonia in Wuhan, China. The notice prepared experts about the possible outbreak of a pandemic. The AI app didn’t just stop at tracking the number of cases. It offered predictive analysis about how the virus could spread using big data gotten from social media, news, public health records, etc. The application also predicted the possible behaviors that the covid-19 viruses could display.
Machine Learning and Immunology
Flowing from the progress AI has made in predicting, detecting, and controlling diseases, machine learning can now keep patients safe by optimizing the process of developing vaccines. Vaccination aims to create a robust immune response by utilizing the right viral components to trigger such a response.
Achieving this involves a lot of predictive analysis, with the human mind has shown incapacity of doing effectively. Machine learning, however, has been found to do this easily as it can speedily discover viral components that can easily trigger an immunogenic response from the body. For instance, machine learning had allowed scientists to find a million protein components, which have shown massive potential in creating vaccines.
Augmented Reality (AR) and Virtual Reality (VR)
Augmented Reality and Virtual Reality have shown massive potential in healthcare. AR and VR have been used for patients with motor challenges, and success has been recorded with its use. It offers patients more range than traditional physical therapy can offer detailed motor skill simulations. These simulations even make physical treatment more effective as the data gotten from the simulations is used to create a more personalized recovery plan for patients.
In addition, VR has been used to help patients with memory and cognitive problems. Through the VR glasses, patients have access to past experiences, which can help them with their memory challenges and improve their overall emotional health.
Please recall that these technologies aim to protect patients. To this end, AR is being used to develop an environment where doctors can have access to information in real-time during surgery. Plus, VR and AR can be used to assist doctors in performing long-distance surgery and making a diagnosis without actually being physically present with their patients.
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