Since the 1950s, after the end of World War II, the world panorama begins to be polarized by two superpowers that will begin one of the most exciting technological careers in the history of humanity: that of artificial intelligence. Until then, artificial intelligence remained the exclusive territory for writers and filmmakers who in their dreams and fictions made worlds governed by artificial intelligence (AI). However, it was soon no longer banned from scientists and researchers.
Much has happened since then and much has also been what the Artificial Intelligence has advanced in these two decades of the century making way for the daily life of the population and the business world. Its use is being applied in a multitude of disciplines such as data analysis (Big Data). But what is artificial intelligence (AI)?
Artificial intelligence is a huge branch of computing that deals with building intelligent machines that are capable of performing tasks that usually need human intelligence to perform. AI is an interdisciplinary science with many approaches. As we have mentioned, advances in machine learning and deep learning are generating a paradigm shift in all sectors of the technology, medical and pharmaceutical industries.
Artificial Intelligence and medicine
The future of “standard” medical practice could come ahead of schedule. Through advances in artificial intelligence (AI), it seems possible that the days of misdiagnosing and treating the symptoms of the disease, rather than its root cause, are being left behind. The accumulation of data generated in clinics and stored in electronic medical records through common tests and medical images allows more artificial intelligence software and high-performance data-driven medicine such as that developed by Dezzai. These applications have changed and will continue to change the way clinicians and researchers approach clinical problem solving and will undoubtedly reshape the relationships between physicians and patients.
What makes an algorithm smart?
Similar to how physicians are educated through years of medical study, doing assignments and practical tests, receiving grades, and learning from mistakes, AI algorithms must also learn to do their job. In general, some of the jobs that AI algorithms can perform are speech and pattern recognition, image analysis, and decision making. However, humans need to explicitly tell the computer what they would look for in the image they give an algorithm.
Among the novel tools in the development of modular solutions that involve pharmaceutical companies, the administration and the patient is Dezzai. The company has extensive experience in the field of AI. Its innovative technology solutions combine information gathering with concept organization and data visualization. This knowledge engine works as a search engine for doctors providing all knowledge and sources of information registered from clinical documents. The System extracts and structures the relevant information for each search, resulting in a perfect tool for all those companies, institutions and services that aspire to greater efficiency and productivity.
Although the benefits are obvious, we are aware that there are still many people who distrust its implementation in the daily practice of health discipline. The usual question is what will happen to the treatment of the patient, if his lifelong doctor will stop treating him in the consultation. Nothing is further from reality. AI, as a tool, is always going to need someone to use it. The doctor will be in charge of entering the data that he has extracted after the consultation in the program and the AI will take care of the rest, helping in the decision-making that will always be the professionals.
On the one hand, among the advantages of Dezzai, we find an innovative encrypted platform that offers the possibility for doctors to exchange opinions and knowledge with the peace of mind that it is a completely safe space. On the other, we all know how difficult it is to be up-to-date in a world in which information circulates in abundance, so another advantage that AI offers is the ability to organize thousands of documents to select the relevant information that the doctor needs .
Definitely, the application of AI to the field of Medicine and Health is a very recent innovation. Proof of this are the studies carried out by the Joint Research Center (JCR) together with the US demonstrates its growth and implementation in the health field. This pioneering study supports its application and highlights its social and ethical benefits.
In conclusion, AI facilitates medical work by speeding up diagnoses and leaving more time for professionals to attend to their patients in a more personalized way. It is undeniable that this technology has come into force and is revolutionizing medical work as a whole. To get an idea of its scope, just look back and ask how much an AI would have helped in the hospital management of the pandemic.