Scientists have developed microscopic robots, called anthrobots, made from human cells that can repair damaged neural tissue. Unlike previous xenobots made from frog cells, these anthrobots are self-assembling structures created using human tracheal skin cells. The researchers observed that the anthrobots, each composed of a few hundred cells, demonstrated various swimming patterns. To test their therapeutic potential, anthrobots were placed on scratched neural tissue, and within three days, the damaged neurons had completely healed under the influence of the anthrobots. The study suggests the potential for personalized medicine using anthrobots made from an individual's own tissue to address various medical applications, including clearing arteries, breaking up mucus, delivering drugs, and even contributing to regenerative medicine for purposes like limb regrowth. Although the idea of having microscopic ‘robots’ within my body is unsettling the benefits of this treatment can be crucial for healing hard-to-reach areas.
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This was an interesting read. I found it fascinating that scientists have developed microscopic robots from the cells of humans that can repair neural cells. This will be a breakthrough even in medicine and in treating diseases.
ReplyDeleteHey Mason, I really enjoyed reading this and I find it very interesting that scientists have been able to develop a microscopic robot that are made from the cells of humans. This is going to be a huge upcoming in future medicine and may one day progress to even more than just repairing tissue.
ReplyDeleteThe information presented in this study is really interesting. It opens up a lot of doors for different treatment and even prevention plans in the future of medicine. While the thought of "robots" may seem a little off-putting, the possibilities for how and where these anthrobots can be applied is really fascinating.
ReplyDeleteI really enjoyed reading your post! I had no idea such technology existed. This advancement in medicine will help out those who have damaged nerves that are unable to repair themselves. Maybe even regaining sensation to limbs and can allow a person who is quadriplegic to regain function again. This is amazing and I hope these can be used in medicine in the upcoming years!
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