Nanomedicine and the Nervous System
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Theranostical application of nanomedicine for treating central nervous system disorders
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Nanomedicine and the Nervous System
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Central Nervous System & Nanomedicine | MEconferences Blog
The group will evaluate the performance of these aligned nanofiber nerve grafts in small animal pre-clinical studies starting in mid-May. The technology presented herein is being patented by the University of California, Berkeley and has been licensed to NanoNerve, Inc. According to Principal Investigator, Shyam Patel, "Speed is the key to successful nerve regeneration. Our aligned nanofiber technology takes full advantage of the fact that the shortest distance between damaged nerve endings is a straight line. It directs straightforward nerve growth and never lets them stray from the fast lane.
De Silva, M. Almeida and J. Goldberg, from the University of Miami.
Patel and S. Materials provided by Elsevier Health Sciences. Note: Content may be edited for style and length.
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Science News. ScienceDaily, 21 May Elsevier Health Sciences. Retrieved November 30, from www. In this case, modified T cells destroy the myelin sheath surrounding nerve Because the heart-thumping nerve cells were derived from induced Below are relevant articles that may interest you. ScienceDaily shares links with scholarly publications in the TrendMD network and earns revenue from third-party advertisers, where indicated.
Boy or Girl? In Central Nervous system, the interneuronal space is loaded with expansive measure of supporting non Nervous cells called neuroglial cells. The Central Nervous system comprises of the two noteworthy structures: the mind and spinal rope.
The mind is encased in the skull, and ensured by the noggin. The spinal line is ceaseless with the mind and lies caudally to the brain, and is ensured by the vertebrae. The spinal rope comes to from the base of the skull, proceeds through or beginning beneath the foramen magnum, and ends generally level with the first or second lumbar vertebra, involving the upper segments of the vertebral trench.