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Cellular Tomography

Cellular tomography involves examining the cellular structures in all three dimensions to generate an accurate three-dimensional map of the interior of the cell. It enables researchers to analyze molecular structures in relation to the cellular architecture, the cytoskeleton and the cell organelles. Most proteins do not function as individual entities, but in coordination or dependence with other proteins. The knowledge of the three-dimensional organization is essential to understand protein function at the cellular level.

Cellular tomography using transmission electron microscopy (TEM) is the only available technology to chart the inside of a cell and is therefore an essential technology in the cell biologists' tool box.

Microscopes for Cellular Tomography:

Accessories for Cellular Tomography:

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TILL Optical Microscopy

Correlative Solutions for Life Science

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TILL Photonics, maker of flexible and efficient high-resolution digital light microscopes and high-speed imaging systems for live cell fluorescence microscopy is now a part of FEI.

Learn more at TILL Photonics

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Atomic Model of Virus Reveals Mechanism Used to Economically Carry Out Conserved Functions

Cytoplasmic Virus

Unlike the multishelled viruses in the Reoviridae, cytoplasmic polyhedrosis virus (CPV) is single shelled, yet stable and fully capable of carrying out functions conserved within Reoviridae. In this article, which appears in Structure Magazine, it is revealed how CPV proteins have evolved in a coordinative manner to economically carry out their conserved functions. 

Download the complete article