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Three-dimensional imaging of living neurons and glia with the atomic force microscope
Journal of Cell Science
  • Vladimir Parpura, Iowa State University
  • Philip G. Haydon, Iowa State University
  • Eric Henderson, Iowa State University
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Published Version
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The atomic force microscope (AFM) was used to directly image hippocampal neurons and glia. Using chemically fixed and living cells it was possible to reconstruct three-dimensional cell structure and detect sub-cellular features such as the nucleus, mitochondria and filaments. By repeatedly scanning a single living cell we observed the movement of filaments beneath the cell membrane. Furthermore, by controlling the force applied to the scanning tip, nanosurgery was performed to selectively remove cells from the culture substratum. Thus, the atomic force microscope offers the opportunity to gain three-dimensional information about living cells and to observe the behavior of cellular components by imaging through the intact cell membrane.

This is an article from Journal of Cell Science 104 (1993): 427. Posted with permission.

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The Company of Biologists Limited
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Citation Information
Vladimir Parpura, Philip G. Haydon and Eric Henderson. "Three-dimensional imaging of living neurons and glia with the atomic force microscope" Journal of Cell Science Vol. 104 Iss. 2 (1993) p. 427 - 432
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