Nicolás Haddad

Well, artificial intelligence, as we have all seen, has taken on many disciplines in an impressive way, at an impressive speed. Of course, medicine is one of the most impacted by artificial intelligence, and this has many challenges, but also many opportunities, and that's the important thing. So, Precisely this rapid advance makes the implementation sometimes not so easy.

Well, artificial intelligence, as we have all seen, has taken on many disciplines in an impressive way, at an impressive speed. Of course, medicine is one of the most impacted by artificial intelligence, and this has many challenges, but also many opportunities, and that's the important thing. So, Precisely this rapid advance makes the implementation sometimes not so easy.

There are developments that are already having a direct impact on the health of patients. There are others that in the coming years will also have a very important effect on therapeutics, on disease prevention, which is also very, very important. So, of course, that's what we're going to talk about today and we're going to talk a little bit about this.

There are developments that are already having a direct impact on the health of patients. There are others that in the coming years will also have a very important effect on therapeutics, on disease prevention, which is also very, very important. So, of course, that's what we're going to talk about today and we're going to talk a little bit about this.

Of course, there are many therapeutic possibilities, of course, not only diagnostics. In the case of Neuralink, not only is the surgical issue involved, of course, but also the application of artificial intelligence. So, artificial intelligence could have an application, of course, in this. Very important.

Of course, there are many therapeutic possibilities, of course, not only diagnostics. In the case of Neuralink, not only is the surgical issue involved, of course, but also the application of artificial intelligence. So, artificial intelligence could have an application, of course, in this. Very important.

They are developments that are still in research protocols, but they are advancing at a very, very fast speed. So it is super important that we are aware of this and that we know.

They are developments that are still in research protocols, but they are advancing at a very, very fast speed. So it is super important that we are aware of this and that we know.

Well, in addition to precision medicine, as therapeutic, as a diagnosis, it is also, of course, for example, in the case of athletes, For people who practice sports to have a better health, for example, the constant glucose monitors are also being developed from that perspective.

Well, in addition to precision medicine, as therapeutic, as a diagnosis, it is also, of course, for example, in the case of athletes, For people who practice sports to have a better health, for example, the constant glucose monitors are also being developed from that perspective.

For people who may have good health or are not diabetic or are trying not to reach that point through exercise, for example, physical activity and that allows them or high performance athletes also, for example. These are also other aspects that are being developed that have to do with health and not specifically with the disease or with the cure or treatment of diseases.

For people who may have good health or are not diabetic or are trying not to reach that point through exercise, for example, physical activity and that allows them or high performance athletes also, for example. These are also other aspects that are being developed that have to do with health and not specifically with the disease or with the cure or treatment of diseases.

So that is very important. Of course, the life expectancy will increase not only due to advances in technology and medicine, but of course also now due to earlier diagnoses and preventive medicine, which is what you were saying.

So that is very important. Of course, the life expectancy will increase not only due to advances in technology and medicine, but of course also now due to earlier diagnoses and preventive medicine, which is what you were saying.

There are other technologies that are specific, like QRAI, which is not an LLM, it is based on images. And well, this technology, in addition to being authorized by the FDA, is trained with machine learning with billions, more than a billion images. So that's a very, very large amount.

There are other technologies that are specific, like QRAI, which is not an LLM, it is based on images. And well, this technology, in addition to being authorized by the FDA, is trained with machine learning with billions, more than a billion images. So that's a very, very large amount.

And the idea, precisely, is that it supports, that it supports the clinical decisions of the doctors, that it replaces them, which is sometimes a great fear that there is. So that's the idea, that it supports the clinical decisions, that it reduces the workload, the burnout, for example, that it reduces the errors, which is always a possibility.

And the idea, precisely, is that it supports, that it supports the clinical decisions of the doctors, that it replaces them, which is sometimes a great fear that there is. So that's the idea, that it supports the clinical decisions, that it reduces the workload, the burnout, for example, that it reduces the errors, which is always a possibility.

Mastermind Doctor is an initiative in artificial intelligence that seeks to investigate, also seeks to form and implement solutions in artificial intelligence in these areas. And well, this is through bringing it closer to doctors, of course, in different aspects, and it is important

Mastermind Doctor is an initiative in artificial intelligence that seeks to investigate, also seeks to form and implement solutions in artificial intelligence in these areas. And well, this is through bringing it closer to doctors, of course, in different aspects, and it is important