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| Image & Reconstruct |
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Understanding the relationship between structure and function in the human brain is the goal of brain mapping. This builds the basis for a new field of scientific research called connectomics: The attempt to physically map the tangle of neural circuits of the nervous system.
Specifically to enable the acquisition and analysis of high resolution cell images and soft tissue images, Carl Zeiss has developed an extensive range of specialized solutions, based on advanced electron and ion-beam microscopes.
| ATLASTM | | ORION® (HIM) |
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High Resolution extreme field of view imaging is now possible through super sampling frame store images of up to 32 thousand x 32 thousand pixels.
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Non-destructive imaging of biological samples with extreme material contrast and complete charge control becomes possible with the ORION Helium-ion microscope. |
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| LIBRA® (TEM) | | CrossBeam® (FIB-SEM) |
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Image of thick sample, retina of rat, photoreceptors taken with energy filtered TEM, LIBRA®120 with in-column Omega spectrometer. |
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3D mapping of mouse brain with high z – resolution by serial FIB slicing and SEM imaging. |
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2010-05-26: Press Release ATLASTM from Carl Zeiss Offers New Opportunities in the Nanoscopic Analysis of Large-area Samples
2009-10-07: Carl Zeiss Speeds Brain Mapping and 3-D Reconstruction with Advanced Electron Microscopy and Analysis Instruments
2009-06-23: Specialized Solutions For Brain Mapping And Soft Tissue Imaging
Carl Zeiss enables breakthroughs in histology
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