The pandemic has considerably accelerated the use of telemedicine technology in India, demonstrating that it is a viable medium for filling holes in the public healthcare system.
The healthcare business has perhaps changed the most among the industries that have been dramatically altered by the epidemic. With advancements in technology such as artificial intelligence (AI), machine learning (ML), robots, the Internet of Things (IoT), and Big Data, the future of healthcare is taking form right before our eyes, making physicians' jobs simpler. According to McKinsey, technological innovation has the ability to improve our knowledge of patients, enable the delivery of more personalised, accessible treatment, and generate $350-$410 billion in annual income by 2025.
Physicians are fast aligning themselves with technological developments as the preference swings from volume-based care to value-based care and customer preferences change. They believe it has the potential to improve patient care, reduce time, strengthen relationships between medical staff and patients, and improve patient outcomes.
How Doctors Perceive Technology’s Role in Healthcare
According to the Future Health Index (FHI) India Report 2021, healthcare executives in India are preparing to incorporate digital technology, prioritiseremote care, and implement sustainable healthcare practises. In fact, according to a Commonwealth Fund/Kaiser Family Foundation research, 50% of doctors say that increased use of health technology has improved their capacity to deliver better treatment to patients. Here's how physicians see technology's influence on healthcare.
Enhanced Screening and Diagnostic Efficiency
AI is one of the most powerful tools that has the potential to totally transform the healthcare business. It can scan medical data, build treatment plans, develop medications and pharmaceuticals more quickly, and detect various illnesses. Google's DeepMind artificial intelligence created recently assisted in the analysis of breast cancer. Similarly, Apollo Hospitals created an artificial intelligence-based online application, AICVD Cardiac Risk Score, with a prediction and prevention efficiency of above 95%. Physicians or physicians are keen to adopt AI in healthcare because they feel it has the potential to increase diagnostic efficiency. According to a poll of 487 pathologists from 54 countries, 25.3 percent believe that the diagnosis work might be divided equally between humans and AI to provide superior results. However, they believe that patient diagnoses will continue to be done mostly by humans, with AI serving as a complement.
Flexibility and Better Care
The epidemic has considerably accelerated the use of telemedicine technology in India, demonstrating that it is a viable medium for filling holes in the public healthcare system. Looking at the three components of telemedicine: the influence on healthcare quality, the amount of time spent with patients, and patient happiness, doctors are thrilled and willing to implement this technology. It allows them to be more flexible and treat patients in remote places without having to travel themselves. According to a poll of over 1,600 healthcare practitioners, nearly 70% are inspired to adopt telemedicine services because of their experiences during the epidemic, and more than 50% say their attitude has improved as a result of linked health.
They also have access to a variety of longitudinal information, from blood pressure readings to biometric data to nutrition regimen, thanks to telemedicine technology, giving them a far larger picture of what transpired since the last session to educate and tailor continuing therapy. Most significantly, they believe that virtual care can enhance outcomes by giving timely care to patients who might otherwise delay it or who reside in areas with provider shortages.
While most doctors feel that telemedicine will continue to provide more access and convenience, health systems and telehealth partners should work together to ensure seamless quality and a better experience of treatment at all times via strategic engagement and previous failure learning.
Improved Performance
Virtual reality (VR) has emerged as a potential field of science and health study in recent years. VR may transport a physician around and into the human body, allowing them to examine and access places that would otherwise be difficult to access. Doctors feel that this will not only improve their performance but will also function as a complementary tool. Virtual reality may be used to teach laparoscopic surgery, for example, and this form of training can lead to greater accuracy.
Doctors believe that VR may be used as a cornerstone of clinical teaching and that it is better for medical students to be trained using VR technologies before doing real-life procedures on patients.
Many doctors believe that this technology has the ability to transform the healthcare business by opening up new routes of treatment and opportunity. They may use VR simulations to experience having various health issues or being in specific real-life scenarios, which can help them become more involved with their patients' needs and better grasp what it's like to be their patients.
Conclusion
While the expanding impact of technology in healthcare is unavoidable in the next years, experts feel that the appropriate combination of technology and human intervention can give the greatest way to improving efficacy in healthcare delivery.
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