Unique nationwide and having only two analogs worldwide robotic complex which enables Russian physicians to perform complex neurological surgery, launched in Far Eastern Federal University (FENU). This setting is for the cultivation of living tissue are used as implants in cases brain damage.
"The complex is unique in FEFU set - he became the first of its kind in Russia and has only two analog in the world who work in leading research centers in the US and France " - According to the university. Experts expect that the use of robot It allows them to seriously move forward in the development of biocompatible implantable materials as well as analogues bioartificial tissues used in regenerative therapy of brain injury.
Through advanced technology experts will be able to directly in the laboratory create analogues living brain tissue and introduce them into the damaged area.
The value of such Research and experiments can not be overestimated - it can bring domestic neurosurgery to a whole new level. Implantation Living cell Developing new technologies will treat patients with the most complex injuries of the spinal cord and brain. In addition, the development of the doctors the scope will create opportunities for the development of other areas of biomedicine - study genome and the creation of gene therapy, development of innovative cell preparations and drugs for the treatment of brain tumors in the field Molecular Oncology and synthetic biology. (READ MORE)
"The complex is unique in FEFU set - he became the first of its kind in Russia and has only two analog in the world who work in leading research centers in the US and France " - According to the university. Experts expect that the use of robot It allows them to seriously move forward in the development of biocompatible implantable materials as well as analogues bioartificial tissues used in regenerative therapy of brain injury.
Through advanced technology experts will be able to directly in the laboratory create analogues living brain tissue and introduce them into the damaged area.
"The robot will allow researchers to quickly testing of new designs biocompatible implant materials in living cells which it is capable of continuously cultivate 24 hours a day and seven days a week ", - commented on this occasion the representatives of the School biomedicine.
The value of such Research and experiments can not be overestimated - it can bring domestic neurosurgery to a whole new level. Implantation Living cell Developing new technologies will treat patients with the most complex injuries of the spinal cord and brain. In addition, the development of the doctors the scope will create opportunities for the development of other areas of biomedicine - study genome and the creation of gene therapy, development of innovative cell preparations and drugs for the treatment of brain tumors in the field Molecular Oncology and synthetic biology. (READ MORE)
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