The three-dimensional implant used human cells for research, according to the UK media Independent. This treatment has already been applied to rats. It has 80 percent success. The latest study was conducted by a team of researchers from the Department of Biomedical Engineering at Tel Aviv University in Israel. Earlier, German researchers conducted such research.
Those German researchers, however, were working on the complexities of the nervous system. German researchers have been able to walk rats, the AFP news agency reported in January. However, a type of protein was introduced into the brain. Through this, the nervous system of that rat was activated. Because of the able to walk. Who is he?
He said there are millions of people around the world who are unable to walk due to spinal injuries. There is no effective treatment yet. "Our goal is to create a separate spinal cord for each paralyzed person," he said
The three-dimensional implant used human cells for research, according to the UK media Independent. This treatment has already been applied to rats. It has 80 percent success. The latest study was conducted by a team of researchers from the Department of Biomedical Engineering at Tel Aviv University in Israel. Earlier, German researchers conducted such research.
Those German researchers, however, were working on the complexities of the nervous system. German researchers have been able to walk rats, the AFP news agency reported in January. However, a type of protein was introduced into the brain. Through this, the nervous system of that rat was activated. Because of the able to walk
He said there are millions of people around the world who are unable to walk due to spinal injuries. There is no effective treatment yet. "Our goal is to create a separate spinal cord for each paralyzed person," he said
The three-dimensional implant used human cells for research, according to the UK media Independent. This treatment has already been applied to rats. It has 80 percent success. The latest study was conducted by a team of researchers from the Department of Biomedical Engineering at Tel Aviv University in Israel. Earlier, German researchers conducted such research.
Those German researchers, however, were working on the complexities of the nervous system. German researchers have been able to walk rats, the AFP news agency reported in January. However, a type of protein was introduced into the brain. Through this, the nervous system of that rat was activated. Because of the able to walk
He said there are millions of people around the world who are unable to walk due to spinal injuries. There is no effective treatment yet. "Our goal is to create a separate spinal cord for each paralyzed person," he said
The three-dimensional implant used human cells for research, according to the UK media Independent. This treatment has already been applied to rats. It has 80 percent success. The latest study was conducted by a team of researchers from the Department of Biomedical Engineering at Tel Aviv University in Israel. Earlier, German researchers conducted such research.
Those German researchers, however, were working on the complexities of the nervous system. German researchers have been able to walk rats, the AFP news agency reported in January. However, a type of protein was introduced into the brain. Through this, the nervous system of that rat was activated. Because of the able to walk
He said there are millions of people around the world who are unable to walk due to spinal injuries. There is no effective treatment yet. "Our goal is to create a separate spinal cord for each paralyzed person," he said
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