Nanotubes Scaffolds for Neural Stem Cells as Brain Implants - Elnegiry, Ahmed Abdou Mahmoud
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Our study demonstrated that the Use of human olfactory bulb neural stem cells carried on carbon nanotubes scaffolds (OBNSC/CNT) Expressing nerve growth factor (NGF) can relief the cognitive deficiencies associated with TMT lesions in Alzheimer's (AD) model rat via increased NGF production and proliferation and differentiation NSCs supported on nanotubes with their unique properties to help and support the implanted stem cells resulted in restoring the structure and function of the degenerated tissue.

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Produktbeschreibung
Our study demonstrated that the Use of human olfactory bulb neural stem cells carried on carbon nanotubes scaffolds (OBNSC/CNT) Expressing nerve growth factor (NGF) can relief the cognitive deficiencies associated with TMT lesions in Alzheimer's (AD) model rat via increased NGF production and proliferation and differentiation NSCs supported on nanotubes with their unique properties to help and support the implanted stem cells resulted in restoring the structure and function of the degenerated tissue.
Autorenporträt
Ahmed A. Elnegiry,Researcher at Animal Health Research Institute (AHRI), Damietta lab, Egypt.Master of veterinary science (M.V.Sc) 2014, Histology, Mansoura University.Bachelor of Veterinary Science (B.V.Sc.) 2008, Mansoura University.