Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
9425563 | Neuroscience | 2005 | 20 Pages |
Abstract
By providing true three-dimensional morphometry of complex histologic structures on multiple scales, the tools described in this report will enable multiscale biophysical modeling studies capable of testing potential mechanisms by which altered dendritic structure, spine geometry and network branching patterns that occur in normal aging and in many brain disorders, determine deficits of functions such as working memory and cognition.
Keywords
Three-dimensionalCLSMeGFPn.a.MicrovasculatureDAPI4,6-diamidino-2-phenylindoleNeurodegenerative disordersDLAAlzheimer’s diseaseImage analysisDiffusion-limited aggregationViastwo-dimensionalnumerical aperturedendritic spinesWorking distanceconfocal laser scanning microscopyenhanced green fluorescent protein
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Authors
S.L. Wearne, A. Rodriguez, D.B. Ehlenberger, A.B. Rocher, S.C. Henderson, P.R. Hof,