3-D reconstruction from serial thick sections, with multiple-level profiling within stereo pairs, using the albany HVEM's “SSRECN” software
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Published:1986-08
Issue:
Volume:44
Page:38-39
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ISSN:0424-8201
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Container-title:Proceedings, annual meeting, Electron Microscopy Society of America
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language:en
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Short-container-title:Proc. annu. meet. Electron Microsc. Soc. Am.
Author:
Marko M.,Banerjee R.,Leith A.,King M.,Radermacher M.,Frank J.,Parsons D.
Abstract
We have designed and written a program, SSRECN, for making 3-D reconstructions from contours in parallel planes. In our work with serial thick sections, we find a need to sample the object at multiple levels in depth, and we suggest a means for doing this.SSRECN was written with the biological electron microscopist in mind, and its capabilities cover all common requirements for such work. Additional features are added as special user needs come up. Special care was taken to make it “user friendly”; it is menu-driven, with liberal helps and explanations available on-line, and requires no prior computer experience or reading of documentation. Error traps prevent frustration due to accidental loss of data or program crashes. Its comprehensive and versatile database system provides for handling three-dimensional contour data (including depth connection instructions for reconstruction of branching structures) at all points in the program, both as single contours and as groups (i.e. individual contours of a single organelle and also those of a group of organelles of the same type).
Publisher
Cambridge University Press (CUP)
Reference4 articles.
1. 3. We thank Mr. George Shiba of Shiba Associates for consultation on photogrammetry techniques and Mr. Eliot Sprecher of the State University of NY at Stony Brook for consultation on the physiology of depth perception.
2. 4. Assisted by PHS grant number RR01219 supporting the New York State High-Voltage Electron Microscope as a National Biotechnological Resource, awarded by the Division of Research Resources, DHHS.
3. A perspicuous technique for directly visualizing radiation-damage artefacts in biological electron microscopy
4. The use of an X-Y digitiser in SEM photogrammetry