Those who are afraid of something we are avoiding this time, they are going to save our lives!
These soft surgeons can easily be swept away. And they do not need any machine to operate them. Consequently, when the 'surgeon' enters the body at an impossibly fast speed, the cells cut and cut, add, remove, and there is no device inside his body, so there will be no possibility of fractures. And there would be no risk of danger to the cheeks. Without those who do not have 'Operation Theater', there will be no need for a knife, scissors, forceps, and trays in this 'surgeon' of this machine less but impossibly mechanical surgeon!
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These "smart surgeons" have been discovered by Selman Sakar, an associate professor of robotic surgery at the Ecole Polytechnic Federal de las in Switzerland, and a team of physicists with the Associate Professor of Physics at the University of Touentou, Netherlands. Their dissertation was published in the July issue of the science journal 'Nature-Communications'. Its title is 'Soft Micromechanics with Programmable Motility and Morphology'.
What do those 'smart surgeons' look like? How do they operate within the body of an 'operation'?
One of the leading researchers of the Bengali physicist, Sarthik Mishra, says that these "surgeons" are actually micro-robots that can be easily twisted, extremely soft, and without much sophistication. Those made of hydrogel and micro-magnetic nano-particle. The work of these nano-particles will be of two types. 'Surgeon' means that the nano-particle will determine how micro-robots look. Since nano-Particles have a magnetic religion, when applied to the electromagnetic field from the outside, these nano-particles move in their pull. Since hydrogel, like water, does not have a specific shape, the shape of the micro-robot will depend on how the nano-particles within it move in the direction of the electromagnetic field. How will it go? They can even swim if needed inside the body. '
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Selman Sucker, the lead researcher in the study, writes: "These magnetic nano-particles are first placed in the hydrogel, a water-like substance. Then the exterior is applied to the electromagnetic field So that the nano-particles can rotate in different parts from within the hydrogel. That is the pull of the electromagnetic field. After that, the hydrogel is no longer as flexible as before. He will be slowly 'hardened'. It will be placed in the water. As the nano-particles in the direction of the electromagnetic field move, the moving hydrogel (micro-robots) will either move or swim or swim. The next step will be to increase the power of the electromagnetic field applied externally to increase the speed of the micro-robot inside the body So that the micro-robot inside the body can swim faster and easier. The body can be reached within its specific goals where doctors want to apply drugs directly. Or want to have surgery. "
How did the idea of making this micro-robot come to their heads?
In essence, 'we learned from bacteria. A particular type of bacteria acts just like this in our body. We have a disease for these bacteria. Whose name is 'African Trypanosomiasis’? Another name is 'Sleeping Seekness'. When these bacteria move into our blood, they fold their epithelium or flagellum in such a way that the immune system is not aware of it. But wherever he moves, the cell reaches the root of the collar, pulling out the epithelium that is enclosed in the cell, which causes the bacteria to damage it. We made this micro-robot just like that bacteria. The movement of the nano-particle inside will give the appearance of hydrogelta, which is when the micro-robot arrives at its destination, giving the drug or performing surgery. "
However, if there are any side effects of such an operation, what they are, researchers say, is now being investigated.
