Robotic neurosurgery, Elon Musk’s new project

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Is Neuralink Elon Musk’s new robotic neurosurgery project? Let’s find out in this dedicated article

You know Neuralink, the startup linked to the field of neurotechnology that was created by the histrionic Elon Musk? Well, from the first moment it was talked about, it acted as a pole of attraction for a large number of people, interested and curious in wanting to understand what kind of impact it could have in the scientific field.

Neuralink’s goal seems to be to create a decidedly cutting-edge and futuristic brain-machine interface. In short, the Neuralink project aims in every way to bring about a revolution in the sector of neurosurgery, but also in medicine more generally. Let’s take a look, however, at the feasibility of such a project, but also at the risks it brings with it.

The potential of Neuralink

Let’s take a look at what could be the fields of application of this new project. First of all, it could potentially be useful in the treatment of neurological pathologies. The Neuralink project, in fact, could make increasingly cutting-edge solutions available for treatment of neurodegenerative diseasesas in the case of Parkinsonbut also dell’Alzheimer.

Another potential field of application of Neuralink is that relating to precision surgery. In fact, robotic surgery has been making great progress in this area in recent years. And the Neuralink’s cutting-edge technologies they could actually guarantee to reach an even higher level of precision, specifically in some neurosurgical interventions.

Another field that could be improved by such a project is that of real-time control of brain activity. Neuralink, in fact, would be able to make very important data and information available to be able to carry out the diagnosisas well as the treatment of various neurological conditions.

What is changing with robotic surgery

Up to this point, it is undeniable that robotic surgery has brought about a great change on a medical level. Two aspects have improved in particular, namely precision and management that is unparalleled. Just think of cutting-edge mechanisms and systems such as the one renamed “Da Vinci”, which has brought about a real revolution in medical sectors such as gynaecology, but also urology and general surgery.

One of the obstacles to greater diffusion and use of robotic surgery, however, it is related to the limited quantity of electrodes or instruments that can be used. Well, Neuralink is trying in every way to expand the boundaries of robotic surgery, also spreading within the neurosurgery sector.

The Neuralink project is supported by the very high number of electrodes and its ability to be able to control brain activity directly. In this way, it could be much easier to intervene surgically. If classic systems such as the one called Da Vinci, in fact, still exploit a limited quantity of instruments, it is important to highlight how Neuralink, on the contrary, is able to use the beauty of over three thousand electrodes. And this is precisely one of the aspects that makes the difference, since it is able to guarantee a high level of granularity and precision, never achieved until now. Not only that, since the technology of this project by Elon Musk it could in fact open up new frontiers in medicinealso for the treatment, for example, of particularly serious neurological pathologies.

The premises are certainly interesting and good, but on the other hand it is still true that these are theoretical discussions. At the moment, There is a lack of clinical studies and bibliographic research is also rather limited. And it is worth considering some potential dangers, such as the risks related to the use of device implants inside the brain and clearly the ethical question linked to manipulative activity towards the mind.

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