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

returning to the adoption of these technologies, that we know that the devices with which we have today, the processing capacity with which we have today, even our personal computers, because sometimes we start to think about quantum computers, etc., which of course have an important role, but no, the devices we have already have a great processing capacity and there is a great amount of data.

returning to the adoption of these technologies, that we know that the devices with which we have today, the processing capacity with which we have today, even our personal computers, because sometimes we start to think about quantum computers, etc., which of course have an important role, but no, the devices we have already have a great processing capacity and there is a great amount of data.

So this allows all doctors

So this allows all doctors

that use an intelligent phone, which are the vast majority, or at least many can have access, even in remote areas, can have access to this technology, if they know how to use it, if they understand it in a basic way, not knowing how to program, not being experts in technology, but that they can use it in a practical way and, of course, that it solves many problems of different types.

that use an intelligent phone, which are the vast majority, or at least many can have access, even in remote areas, can have access to this technology, if they know how to use it, if they understand it in a basic way, not knowing how to program, not being experts in technology, but that they can use it in a practical way and, of course, that it solves many problems of different types.

Sí, hay diferentes formas en la que, así como hay... There are many specialties, there are also many approximations that doctors have of something that they do not always know completely. So, well, of course, some have already been able to see that it is a tool that can help them not only in diagnosis or treatment, but also in information management, in continuous training, in updating.

Sí, hay diferentes formas en la que, así como hay... There are many specialties, there are also many approximations that doctors have of something that they do not always know completely. So, well, of course, some have already been able to see that it is a tool that can help them not only in diagnosis or treatment, but also in information management, in continuous training, in updating.

And also, on the other hand, there are others who say, ¿Qué pasa con esa tecnología? ¿Me va a sustituir? ¿Es tan impresionante que no va a ser necesario mi conocimiento? No, sí va a ser necesario tu conocimiento y tu experiencia. ¿Por qué? Porque la inteligencia artificial lo va a potenciar.

And also, on the other hand, there are others who say, ¿Qué pasa con esa tecnología? ¿Me va a sustituir? ¿Es tan impresionante que no va a ser necesario mi conocimiento? No, sí va a ser necesario tu conocimiento y tu experiencia. ¿Por qué? Porque la inteligencia artificial lo va a potenciar.

Y lo puedes empezar, si realmente quieres, puedes empezar hoy a conocer la inteligencia artificial y utilizarla en medicina.

Y lo puedes empezar, si realmente quieres, puedes empezar hoy a conocer la inteligencia artificial y utilizarla en medicina.

Todo eso. Exactamente. Así es. Al manejo de la información, porque a veces es muchísima información con algunos pacientes. Y algo muy importante para nosotros es que es basado en evidencia. La medicina basada en evidencia es fundamental. Estamos en una época donde tenemos que justificar muy bien lo que hacemos y en medicina eso es fundamental, por supuesto.

Todo eso. Exactamente. Así es. Al manejo de la información, porque a veces es muchísima información con algunos pacientes. Y algo muy importante para nosotros es que es basado en evidencia. La medicina basada en evidencia es fundamental. Estamos en una época donde tenemos que justificar muy bien lo que hacemos y en medicina eso es fundamental, por supuesto.

Entonces, para nosotros eso también es muy, muy importante.

Entonces, para nosotros eso también es muy, muy importante.

Nosotros nos gusta verlo como un piloto. El piloto automático de un avión comercial en la actualidad tiene la capacidad de aterrizar solo, literalmente, no es figuradamente. But well, you always need a pilot who is there in command, who is verifying. This is exactly the same. A very big responsibility, but the doctor, of course, has to be well trained.

Nosotros nos gusta verlo como un piloto. El piloto automático de un avión comercial en la actualidad tiene la capacidad de aterrizar solo, literalmente, no es figuradamente. But well, you always need a pilot who is there in command, who is verifying. This is exactly the same. A very big responsibility, but the doctor, of course, has to be well trained.

And what the artificial intelligence does not have, at least to this day, is the experience of the doctor, which is also important. And well, talking about this, not only the doctors, but also the patients. the wearables that we use, we have our Apple Watch, in short, there are many digital watches that we can use, etc. So, smartwatches.

And what the artificial intelligence does not have, at least to this day, is the experience of the doctor, which is also important. And well, talking about this, not only the doctors, but also the patients. the wearables that we use, we have our Apple Watch, in short, there are many digital watches that we can use, etc. So, smartwatches.

So, well, they already take us electrocardiograms of excellent quality and other measurements, such as oximetry, etc. So, it is important that also we, as patients, at the end, all of us, at some point in our lives, we are patients, we know that those tools are there and that also If doctors approach fast tools, we will also have better solutions, right?

So, well, they already take us electrocardiograms of excellent quality and other measurements, such as oximetry, etc. So, it is important that also we, as patients, at the end, all of us, at some point in our lives, we are patients, we know that those tools are there and that also If doctors approach fast tools, we will also have better solutions, right?

And that is precisely preventive medicine. It is that predictive value that data analysis has in a massive, automated and also constant way.

And that is precisely preventive medicine. It is that predictive value that data analysis has in a massive, automated and also constant way.

The constant glucometer. Ah, a patch that you stick.

The constant glucometer. Ah, a patch that you stick.

I think so. There are other approaches. Neuralink is talked about a lot by Elon Musk, but there are other less invasive approaches that can have the same success and that's the interesting thing. Maybe they don't generate as much noise, but for example, through an endovascular approach, through the jugular vein, Explain it to us. It's an approach for blood vessels.

I think so. There are other approaches. Neuralink is talked about a lot by Elon Musk, but there are other less invasive approaches that can have the same success and that's the interesting thing. Maybe they don't generate as much noise, but for example, through an endovascular approach, through the jugular vein, Explain it to us. It's an approach for blood vessels.

We can, just like the stents that they put in our hearts when we have an obstruction. Well, you can make a stent, but its function is not, let's say, dilate, but its function is to register the electrical impulses in this way that they can be interpreted. So, for example, a person who is affected by their mobility, through electrical impulses.

We can, just like the stents that they put in our hearts when we have an obstruction. Well, you can make a stent, but its function is not, let's say, dilate, but its function is to register the electrical impulses in this way that they can be interpreted. So, for example, a person who is affected by their mobility, through electrical impulses.

In fact, there are clinical trials, which is another different approach to Neuralink, where they have to do a surgery, opening the skull. So, what happens? Well, by capturing these signals and being able to communicate through this stent, different functions can be activated, for example, in an Alexa, or in a computer, in a smart phone, in a tablet, in short.

In fact, there are clinical trials, which is another different approach to Neuralink, where they have to do a surgery, opening the skull. So, what happens? Well, by capturing these signals and being able to communicate through this stent, different functions can be activated, for example, in an Alexa, or in a computer, in a smart phone, in a tablet, in short.

16.

16.

Recuerda que somos nosotros.

Recuerda que somos nosotros.