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We are used to hearing about the impact of artificial intelligence (AI) on social media features, ride-hailing apps, and process improvements in Silicon Valley tech companies. However, the automated analysis of vast amounts of information and data can be used across all sectors of society, including medicine and dentistry. This is because, with the help of this technology, diagnostic processes, priority management in care queues, and other daily hospital activities can be optimized and made more accurate. In addition to simplifying patient care and disease detection, these computer programs also assist with operating systems, hospital management, and savings on materials and expenses. But what exactly is artificial intelligence, and how can it be applied to medicine? Keep reading and find out!
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What is artificial intelligence?
Artificial intelligence, created within the broad field of computer science, works through super-intelligent computers and software that, through data analysis and comparison, are capable of simulating human thought processes and making independent decisions through pre-determined codes. Its goal is to replicate human models of operation, but through a computer or electronic device. A.I. allows machines to perform tasks that are done by humans, in an even more efficient way. If you want to know more about artificial intelligence, read this text about AI and machine learning and this other one, about the applications of AI in industry. To do this, it is necessary to conduct intelligent research to identify patterns in complex data. From this, artificial intelligence allows machines to act according to their conclusions. In this way, the technology uses unimaginably large amounts of already collected real data to make comparative studies of information, organize this knowledge, and finally, perform pattern recognition. Therefore, these computers, which work based on big data and cloud storage, are able to make logical, rational, and autonomous decisions. An example of this is the systems used in medical check-up clinics. This algorithm is already used by many hospitals and laboratories to automatically generate medical reports — which are extremely accurate — of imaging exams, such as: • Computed tomography;
• Ultrasound;
• X-rays;
• Resonance;
• Echocardiography.
We can even use the current situation of the coronavirus pandemic to give an example. This is because some laboratories around the world are using technology to speed up results and help identify with greater precision the areas of the lungs affected by the virus.
How can this technology help medicine?
Doctors from various fields study images of countless diseases. However, the human brain can only retain a certain amount of information. Thus, the use of these machines can help in a more accurate diagnosis. Some robots use artificial intelligence during surgery to guide surgeons on how to make more precise movements to improve outcomes, promote recovery, and reduce post-operative hospitalizations. In addition, the technology helps make better use of hospital beds, detect prescription fraud, monitor patients' vital signs, and reduce human error in medical procedures. In other words, beyond the daily routine of doctors, artificial intelligence also assists in healthcare management and hospital administration.
The impact of artificial intelligence in medicine and its importance
As seen previously, several clinics use artificial intelligence to perform procedures. And this goes far beyond emergency procedures. Currently, it is possible to perform everything from dental implants guiding the surgery, to optimizing aesthetic appointments. This is because it is possible to create online prototypes of what the procedure results will look like and, consequently, avoid future patient frustrations. Thus, one of the pillars learned in online — and in-person — people management courses will be very well met, which is keeping the customer always highly satisfied. Many people are wondering how to perform this type of surgery, what materials to use, how long maintenance will take, who can perform the procedure, and the total cost. However, the price per patient varies due to how the procedure will be carried out and how the parts and materials will be manufactured, but technology has optimized the process and made it increasingly accessible.
Optimization and evolution of healthcare
As a result of the integration of artificial intelligence, treatments can be faster and more effective, and patients do not have to feel the discomfort and discontentment that previously existed. These are just some of the latest improvements that can be felt in the medical field thanks to advancements in artificial intelligence. The expectation is that in the future, this technology will become more intrinsic in offices, hospitals, and surgical centers. If you want to go beyond optimizing the daily routine of your clinic and are the owner of your own business, look for a distance learning entrepreneurship course and achieve even better results. Finally, if you want to know how artificial intelligence can contribute to the optimization of your company's processes, get in touch with us. Pix Force has everything you need to make technology your greatest ally.
Fabio Caraça
Fábio Caraça is the Chief Growth Officer at Pix Force. He leads Pix Force's transformation into a scalable SaaS operation, combining strategic vision, culture, and high-impact execution.
