Nanotech 2010 Vol. 3
Nanotech 2010 Vol. 3
Nanotechnology 2010: Bio Sensors, Instruments, Medical, Environment and Energy

Environment, Health & Safety Chapter 8

Elucidation of Neuroprotective Properties of Astrocytoma (Astrocytes-like) Cells in Neural Cell Culture Models In Vitro: Applications in Tissue Engineering and Nanotoxicology

Authors: Y.Y.W. Wong, A. Jaiswal, V.V. Dukhande, A. Bhushan, S.W. Leung, J.C.K. Lai

Affilation: Idaho State University, United States

Pages: 561 - 564

Keywords: co-culture model, neuroprotection, nanotoxicology

Abstract:
Evidence is accumulating that cell culture models in vitro facilitate high throughput and mechanistic studies in tissue engineering. We have developed several cell models for the systematic investigation of molecular mechanisms underlying the putative cytotoxicity of nanoparticles and other nanomaterials. Our previous findings led us to hypothesize that different stress factors can elicit and/or enhance the neuroprotective effects of astrocytes through the activation of astrocytic signaling and alteration of astroglial function; we have initiated a series of studies employing our cell models. The results of our ongoing studies demonstrate that U-87 (astrocytes-like) astrocytoma cells prevent SK-N-SH (neurons-like) neuroblastoma cells against pathophysiological assaults (e.g., oxidative stress) under several sets of culture conditions not previously studied. Thus, our results may have pathophysiological implications in neuroprotection but also implications and applications in tissue engineering and nanotoxicological research. (134 words)

Elucidation of Neuroprotective Properties of Astrocytoma (Astrocytes-like) Cells in Neural Cell Culture Models In Vitro: Applications in Tissue Engineering and Nanotoxicology

ISBN: 978-1-4398-3415-2
Pages: 880
Hardcopy: $189.95