Benefits of artificial intelligence in medicine
Posted: Tue Jan 21, 2025 8:37 am
Thirdly, there are decision support systems which, based on therapeutic choice guidelines, the clinical histories of many patients and all scientific literature, allow the most appropriate choice to be made in each case, personalising the treatment.
A fourth field of application of AI in medicine is drug discovery to identify the most promising molecules among the many already known and used for other pathologies. Indeed, artificial intelligence algorithms can analyze huge amounts of data to identify new drug targets and 3D models of various biological targets. This leads to faster and more efficient drug development and saves researchers from tedious and time-consuming tasks.
The fifth of these applications are chatbot systems for providing increasingly accurate and personalized medical information . These sophisticated systems are currently being examined by groups of researchers to understand to what extent the information they provide is correct and whether they could even be used to develop official training courses for health workers.
Finally, surgeons can use AI-powered robots to perform complex surgical procedures with greater precision and accuracy. Furthermore, artificial intelligence could be used to develop increasingly advanced prosthetics and implants, which could improve the quality of life of people with disabilities.
With the ongoing cuts in public health and the resulting shortage of staff, doctors are becoming fewer and fewer and are under pressure. A general practitioner, for example, cannot keep track of every armenia whatsapp data change in the medical history of all his patients on a daily basis. The risk is therefore not to notice particularly fragile situations that should be monitored more than others. Thanks to artificial intelligence, it is possible to automate a system that alerts the doctor to critical situations .
AI can also analyse large amounts of medical data to identify patterns and trends that could help healthcare professionals make decisions more quickly and efficiently. For example, a 2017 US study showed that approximately 40-50% of a doctor’s time is spent on ‘desk’ work – analysing medical records and filling prescriptions.
In this regard, AI software could analyze electronic records to identify patients who may be at risk of developing certain diseases, allowing doctors to take preventative measures. In addition to helping identify the best treatment options for patients based on their medical history and current conditions.
Another benefit of artificial intelligence in medicine relates to clinical studies. In fact, algorithms could be used to analyze data from clinical trials in order to identify new therapeutic options or patients who might benefit most from an experimental treatment.
In conclusion, artificial intelligence is already transforming the way we diagnose, treat and manage diseases. Before we know it, AI could revolutionise medicine , just as it is revolutionising many other sectors, leading to increasingly personalised and effective treatments, faster diagnoses and more efficient drug development.
A fourth field of application of AI in medicine is drug discovery to identify the most promising molecules among the many already known and used for other pathologies. Indeed, artificial intelligence algorithms can analyze huge amounts of data to identify new drug targets and 3D models of various biological targets. This leads to faster and more efficient drug development and saves researchers from tedious and time-consuming tasks.
The fifth of these applications are chatbot systems for providing increasingly accurate and personalized medical information . These sophisticated systems are currently being examined by groups of researchers to understand to what extent the information they provide is correct and whether they could even be used to develop official training courses for health workers.
Finally, surgeons can use AI-powered robots to perform complex surgical procedures with greater precision and accuracy. Furthermore, artificial intelligence could be used to develop increasingly advanced prosthetics and implants, which could improve the quality of life of people with disabilities.
With the ongoing cuts in public health and the resulting shortage of staff, doctors are becoming fewer and fewer and are under pressure. A general practitioner, for example, cannot keep track of every armenia whatsapp data change in the medical history of all his patients on a daily basis. The risk is therefore not to notice particularly fragile situations that should be monitored more than others. Thanks to artificial intelligence, it is possible to automate a system that alerts the doctor to critical situations .
AI can also analyse large amounts of medical data to identify patterns and trends that could help healthcare professionals make decisions more quickly and efficiently. For example, a 2017 US study showed that approximately 40-50% of a doctor’s time is spent on ‘desk’ work – analysing medical records and filling prescriptions.
In this regard, AI software could analyze electronic records to identify patients who may be at risk of developing certain diseases, allowing doctors to take preventative measures. In addition to helping identify the best treatment options for patients based on their medical history and current conditions.
Another benefit of artificial intelligence in medicine relates to clinical studies. In fact, algorithms could be used to analyze data from clinical trials in order to identify new therapeutic options or patients who might benefit most from an experimental treatment.
In conclusion, artificial intelligence is already transforming the way we diagnose, treat and manage diseases. Before we know it, AI could revolutionise medicine , just as it is revolutionising many other sectors, leading to increasingly personalised and effective treatments, faster diagnoses and more efficient drug development.