Scientists have produced the first living robots that can reproduce by fission
0http://shorturl.at/nMPS7 https://www.youtube.com/channel/UCdI64z4KvNQr9C1NlDauJ9A https://www.youtube.com/channel/UCdI64z4KvNQr9C1NlDauJ9A https://www.youtube.com/channel/UCdI64z4KvNQr9C1NlDauJ9A Scientists have produced the first living robots that can reproduce by fission.
Great improvement against cancer and aging
US scientists have produced the first living robots that can reproduce by self-replication. It was stated that millimeter organisms made from frog cells and called Xenobots 3.0 can control the activities of human cells. In this way, cancer, aging, birth defects and many other health problems will be solved directly.
In an important step towards regenerative medicine*, scientists have produced the first living robots that can reproduce. It has been stated that living machines, called Xenobots 3.0 and measuring one millimeter, are living and programmable organisms.
Regenerative medicine means "the branch of medicine concerned with the process of regenerating human or animal cells, tissues, or organs to restore normal function.
REPLACES ITSELF
Computer-designed organisms made from frog cells collect single cells in a 'mouth'. Then she releases her offspring, which look like their own.
The authors of the study, published in the journal Proceedings of the National Academy of Sciences (PNAS), announced that living self-replicating biorobots will enable more direct, personalized drug therapy for traumatic injuries, birth defects, cancer, aging and more.
BIOLOGISTS AND ENGINEERS COOPERATE
However, Xenobots were jointly developed by biologists and computer scientists at Tufts University and the University of Vermont (UVM) in the USA.
Xenobots 3.0 follows Xenobots, reported in 2020 as the first living robots, and Xenobots 2.0, which is self-moving and capable of retaining memories using hair-like 'legs' called cilia.
"We developed walking Xenobots and then floating Xenobots," said study author Joshua Bongard, a computer scientist and robotics expert at the University of Vermont. Now, in this study, we have produced self-replicating Xenobots. "We discovered that there is a previously unknown area inside organisms or living systems."
According to the researchers, Xenobots will help develop computer-designed organisms for intelligent drug delivery.
THE FINAL SOLUTION TO CANCER AND Aging
Michael Levin, of Tufts University, said, "With the technology we've developed, we can tell human cells what to do. That's the solution to traumatic injury, birth defects, cancer, and aging. All these different problems come in here. Because we're going to predict and control how we predict which cell groups will be built. "We don't know. Xenobots will teach us that," he said.
ABOUT XENOBOTS
On the other hand, in 2020, scientists announced that they had handcrafted original computer-designed Xenobots adapted from stem cells of Xenopus laevis, a frog species found in parts of Africa.
In this context, stem cells that can transform into any tissue or organ were collected from embryos of frogs and incubated. Then, with a small forceps and an even smaller electrode, a microsurgeon cut out single cells under a microscope and joined them into shapes determined by a computer.
The cells, which were brought together in body forms never seen in nature, started to work together by taking power from embryonic energy stores. nonstop news
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