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Discover the Celloger live-cell analyzers : miniaturized and powerful tools for every Biologist

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Celloger live-cell analyzers, image and analyze your cells in real-time, inside your incubator. With its exceptional...

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Cytek SpectroFlo Software Version 3.3 has been released!

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A 19-color single-tube Full Spectrum Flow Cytometry for the detection of Acute Myeloid Leukemia

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This recent publication in Cytometry Part A describes the development and comprehensive workflow of a single-tube,...

18F-labeled somatostatin analogs for somatostatin receptors (SSTRs) targeted PET imaging of NETs

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A novel 18F-radiolabeled somatostatin analogue, [Al18F]NODA-MPAA-HTA, was synthesized and evaluated for positron...

Discover Yokogawa CellVoyager CQ1: Benchtop High-Content Analysis System

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Unlike flow cytometers, the CellVoyager CQ1 confocal quantitative image cytometer does not require pretreatment such as...

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Visualization of Tumor-Related Blood Vessels in Small Animals by Photoacoustic 3D Imaging System

Luxonus

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In Vivo Label-Free Observation of Tumor-Related Blood Vessels in Small Animals Using a Newly Designed Photoacoustic 3D...

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Spatial resolution testing of microCT

Jan 26, 2017

Numerous methods to assess the performance of microCT systems have been proposed over the years. Typically, the limiting factor at high resolution are the focal spot dimensions. This is why many tests rely on determining the spot size from 2D projection images only. The true spatial resolution in 3D however depends on many more factors, not in the least the mechanical accuracy of the system. The required temporal stability makes for a much more demanding situation than for relatively short duration 2D tests. Finally, the processing and reconstruction algorithms also have a significant influence on the achievable spatial resolution in 3D.

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Related technologies: X-ray and micro computed tomography

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