Scientists are studying 3D printed electronic implants that can be fused with brain tissue
Release date: 2016-09-14
A 3D printed electronic implant that fuses with your brain tissue and repairs damage or disease. It sounds incredible, but now it is a step closer to reality. Dr. Minev is working on this aspect, which may be the key to treating Alzheimer's disease (Alzheimer's disease), Parkinson's disease, etc. It can also help restore fatal injuries to the head. Dr. Minev recently received a research grant of €9.2 million from Volswagen Stiftung.
At present, this technology is more theoretical, and Minev hopes that he can reduce the basic requirements of brain implants in the next decade. Minev said: "I will use flexible materials and 3D printing to build functional implants that integrate with the central nervous system. The implants will be designed to match the mechanical properties of the brain and simulate the brain's tissue structure as much as possible."
Minev will conduct his research at the Dresden University of Technology in Germany, which recently became the center of European 3D printing. "It's important for me to work with Dresden's various research institutions to create a vital, interdisciplinary study," Minev said. "In the biological sciences, we need to invest in physics to life sciences and engineering."
Minev worked as a postdoctoral researcher and worked at the Neurology Center in the Federal Institute of Technology in Lausanne. There, he is working on spinal implants that can help disabled patients walk again. This work requires the creation of materials that are compatible with the nervous system. While working at the University of Cambridge, Minev researched materials and techniques that could help create stretchable electronics, elastomeric substrates, and metal films that can be easily applied to biomedical applications. Dr. Minev is the ideal candidate for this demanding job.
Although these research grants are just beginning for Dr. Minev and his projects, medical advances of this magnitude have been seen as encouraging news. We are looking forward to Dr. Menev's research results!
(Compiled from 3Ders.org)
Source: Tiangongshe
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