Types of Nanobots

Basically, there are currently two types of nanobots: assemblers and self-replicating, clearly differentiated by the way they carry out their tasks. These are: types of nanotechnology examples of nanotechnology examples of nanotechnology products example of nanotechnology in medicine

  • Assembly nanobots: These are nanorobots that have the particularity of being able to decipher molecules or atoms of different types, being controlled in this task by specific programs. Due to their way of use, they are also called “Molecular Assemblers”, as a reference to the structure residing inside each cell of every living being called “Ribosome”, which act as natural assemblers. types of nanotechnology examples of nanotechnology
  • Self-replicating nanobots: These are nanorobots that have the ability to quickly duplicate themselves.

INTERESTING: UNIQUE Technological Inventions

As we know, nanotechnology is a field that is still in full development, as we mentioned there is a long way to go, but fortunately long steps are being taken, at this point being one of the most advanced paths the field of nanotechnology applied to medicine.

From this point on we will get to know some of the nanobots that are currently being developed specifically for the field of medicine. types of nanotechnology

  • Microbivorous nanorobots : This design of nanorobots is being developed to offer the possibility of eliminating bacterial infections in all types of patients in a matter of minutes, a more significant reduction in time, taking into account the weeks it takes for antibiotics to do the same task. . These types of nanorobots would function in a similar way to the white blood cells in our bodies, but they are designed to be much faster in the task of destroying bacteria. examples of nanotechnology
  • Microbivorous nanorobots: This type of nanobot is being designed with the purpose of getting certain types of bacteria to join the nanobot. After the bacteria binds to an antibody, an arm takes the bacteria and moves it into the nanorobot, where it is destroyed. After that, the eliminated bacteria are discharged into the bloodstream as harmless fragments, which will not cause any kind of problem. examples of nanotechnology
  • Respirocyte Nanorobots: These nanorobots are designed in such a way that they behave similarly to red blood cells in our bodies, but with a much higher oxygen load than red blood cells naturally contain. It should be noted that “Respirocito” is a term coined by researcher Robert Freitas, another pioneer in nanotechnology research. These respirocyte nanorobots have a high pressure oxygen tank to be able to determine the oxygen concentration in the bloodstream , in addition to a valve that is capable of releasing oxygen when the sensors determine that additional oxygen is necessary. types of nanotechnology
  • Clottocyte nanorobots : These nanorobots perform a task similar to that performed by platelets in our blood. Platelets have the peculiarity of concentrating in a wound in order to form a clot, thereby stopping blood flow. The objective of these cloth-cell nanorobots is to store fibers until the moment of encountering a wound, after which they would release these fibers, which would encounter a wound. At that time, the nanorobots dispersed their fibers, which will perform the function of platelets by creating a clot, but in a small fraction of the time it takes to do so naturally. types of nanotechnology
  • Cell repair nanorobots: This type of nanobots are being designed to have the ability to carry out surgical treatments with a much higher precision than that achieved so far with traditional elements such as the scalpel. These nanorobots work at the cellular level. examples of nanotechnology

Generations of nanobots Types of Nanobots

There is always talk of when this fantastic technology will become an everyday thing. Nanotechnology is an area in which there is still a lot of theory, however many of the advances achieved by this science have already been applied to devices and elements that accompany us in our daily lives.  examples of nanotechnology products examples of nanotechnology

To answer that question, in the following paragraphs we have available a brief sequence of how the science of nanotechnology can evolve and offer a solution to many of the problems that still cannot be solved today. example of nanotechnology in medicine

First generation of nanobots Types of Nanobots

If the rate of development continues in the same way, it is expected that in a few years, the first nanosensors developed to transmit information directly from inside our body will appear in the sky , which can be of great value for disease control, and also to collect data in a much more accurate and reliable way on viruses, bacteria, toxins and even specific cells. An example of how these nanosensors could be used is in the management of diabetes. examples of nanotechnology products

This generation of nanobots will end and will move on to the next when these tiny devices are capable of creating molecules directly inside the body, taking everything necessary from it, synthesizing molecules, enzymes, hormones and more. examples of nanotechnology products

Second Generation Nanobots

Already at this point, this technology has managed to bring devices to the nanometric level, in addition to getting them to fulfill an assigned task, such as repair, construction of destruction, which opens a huge window that will forever change the way we have of to do the things. examples of nanotechnology products

examples of nanotechnology
examples of nanotechnology

An example of this would be the possibility of joining stem cells to nanobots, which would be very helpful and a more than important advance in the treatment and cure of diseases that are currently considered deadly, such as certain types of cancer. example of nanotechnology in medicine

Third Generation Nanobots

According to scientists, the greatest evolution of nanotechnology will come from the hand of the third generation of nanobots, which will be able to self-replicate and even use artificial intelligence to achieve their goals. example of nanotechnology in medicine

This ability to self-replicate is essential in those implementations that are massive, since otherwise we would have to introduce hundreds of thousands or perhaps millions of nanobots in the area we want to treat. In this way, that is to say, self-replicating, we will only need to introduce a few nanobots and they fulfill the assigned task. example of nanotechnology in medicine

However, self-replication offers certain edges that must be polished, such as the possibility that some of them are damaged, for which a system that maintains a constant number of nanobots is necessary. Likewise, a remote destruction or self-destruct system is also necessary, for obvious reasons. example of nanotechnology in medicine

The other column on which the third generation of nanobots is supported is artificial intelligence. Thanks to the constant evolution of quantum computing , artificial intelligence will be increasingly accurate and can be used in conjunction with nanotechnology to ensure that these nanobots can decide for themselves the best way to act.

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