Industry analysts predict that artificial intelligence (AI) breakthroughs will revolutionize diagnostics in the future. It is anticipated that these developments will transform a number of important domains, improving accessibility, accuracy, and speed in medical diagnostics.An expert discussed the integration of AI into diagnostics and pointed out three main areas of influence. First, the diagnostic procedure will be greatly accelerated by AI’s ability to scan medical images and scans (such as MRIs, CT scans, and ultrasounds) at a speed ten times faster than present methods. Second, AI will help identify lesions, which will simplify radiologists’ jobs and guarantee higher accuracy. Last but not least, AI has the ability to help experts create diagnostic reports and, with additional development and legal clearance, may eventually be capable of writing reports independently.
Manchanda, another specialist, emphasized the importance of AI in contemporary diagnostics and listed three main issues that it may aid with: the lack of resources, especially pathologists; expanding access to healthcare in remote places; and enhancing the general standard of diagnostics. He stressed that, rather than taking the place of physicians, AI technology in pathology is now utilized for picture and pattern identification, offering contrasting viewpoints and improving diagnostic precision.
Dr. Avinash Phadke emphasized how AI may advance immunotherapy and oncology in the field of genomics by analyzing data. By identifying high-risk patients, predictive genetic panels can help with early intervention and individualized treatment. Additionally, Dr. Phadke mentioned how genetics might be applied to combat the diabetes epidemic by creating tailored drugs by statistical probability, which will enhance patient results.
In response to difficulties in performing diagnostic tests over large geographic areas, Chemmenkotil provided tactics for upholding standards and quality. It is imperative that laboratory processes be consistent, standardized, and unambiguous. Upskilling human resources and keeping equipment calibrated over time are two ways to guarantee the quality and accuracy of reports. He added that the industry’s growth is being driven by technical advancements and a greater readiness to spend on health; over the next two years, the Indian diagnostics market is predicted to expand at a rate of 11-2 percent.
As she wrapped off the talk, Dr. Phadke emphasized the tremendous potential in infectious disease diagnostics, especially for tuberculosis (TB) and malaria. With the use of modern medication regimens and molecular testing techniques, he voiced optimism that the goal of eliminating tuberculosis by 2025 would be fulfilled. These developments are expected to be revolutionary, having the potential to eradicate these two significant health problems in the next three years.
AI integration in diagnostics holds the potential to streamline procedures, boost precision, and increase access to healthcare, especially in underprivileged areas. The promise for tailored therapy and efficient illness management is further enhanced by advances in genomics and molecular diagnostics. Advances in technology and a growing emphasis on health are expected to propel the industry’s growth.
