Titlebook: Electron Tomography; Three-Dimensional Im Joachim Frank Book 19921st edition Springer Science+Business Media New York 1992 biological.chrom

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https://doi.org/10.1007/978-3-030-40021-7nction such that this functional transformation can be inverted. He also solved this problem as a purely mathematical one, although he mentions some relations to the physical potential theory in the plane. Forty-six years later, A. M. Cormack published a paper with a title very similar to that by Ra

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How Common Is Integration Policy in Europe?,r methods are defined as algorithms that restore the Fourier transform of the object from the Fourier transforms of the projections and then obtain the real-space distribution of the object by inverse Fourier transformation. Included in this group are also equivalent reconstruction schemes that use

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Nuclear Decision-making in Britain,ecimen in the field of view, orient the specimen with respect to the optical axis, cool it to liquid nitrogen or liquid helium temperatures, and be stable to atomic dimensions for a minute or more. The stage must have two 3-mm translation motions, which at 0.3 nm resolution corresponds to a stabilit

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https://doi.org/10.1007/978-3-319-78834-0ng the relationship between the axes of the individual digitized images, the tilt axis of the microscope, and a hypothetical internal coordinate system of the specimen. Accurate resampling of the tilt series images onto a common coordinate system is an essential prerequisite for any tomographic reco

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Safety, Risks and Contraindications,truction. Choosing the most appropriate technique allows the user to draw better conclusions about structures. For some types of EM tomography such as reconstructions from tilted thick sections, the display of results is the most time-consuming step of the reconstruction. The choice of visualization

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Evan A. Schnidman,William D. MacMillannsional (3D) reconstruction studies described in this chapter, which include the cilium, the kinetochore, sites of vertebrate calcification, the dendrite, the Golgi apparatus, patch-clamped membranes, and puff ball spores. All of these structures, as well as most of those discussed in Chapter 14, ha

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