O. Dalügge

3.4 Developments in High-Resolution CT: Studying Bioregeneration by Hard X-Ray Synchrotron-Based Microtomography ☆

Alexander Rack, Paul Tafforeau, H. Riesemeier, Michael Stiller et autres

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Developments in High-Resolution CT: Studying Bioregeneration by Hard X-ray Synchrotron-Based Microtomography

Alexander Rack, Michael Stiller, O. Dalügge, T. Rack et autres

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Ex vivo and in vitro synchrotron-based micro-imaging of biocompatible materials applied in dental surgery

Alexander Rack, Michael Stiller, Katja Nelson, Christine Knabe et autres

Biocompatible materials such as porous bioactive calcium phosphate ceramics or titanium are regularly applied in dental surgery: ceramics are used to support the local bone regeneration in a given defect, afterwards titanium implants replace lost teeth. The current gold standard for bone …

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Quantitative Evaluation of Histomorphometry

Alexander Rack, Michael Stiller, O. Dalügge, Christine Knabe

We use the intense light coming from a third generation synchrotron source to perform computed tomography (CT) with micro-resolution and high material contrast. This unique tool allows for shedding light on methodical errors which are involved when applying classical histomorphometry. The tomographic …

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Synchrotron-based micro imaging using different contrast modalities for applications in materials research

Alexander Rack, Simon Zabler, Matthew J. Stiller, Christine Knabe et autres

Quantification of bone tissue regeneration employing β-tricalcium phosphate by three-dimensional non-invasive synchrotron micro-tomography — A comparative examination with histomorphometry

Michael Stiller, Alexander Rack, Simon Zabler, Jürgen Goebbels et autres

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Synchrotron microtomography and 3D image analysis for studying the degradability of biocompatible ceramics within biopsies sampled after sinus floor augmentation

Alexander Rack, Michael Stiller, Christine Knabe, O. Dalügge et autres

This article presents a novel approach to evaluate two-dimensional histomorphometric studies of biodegradable ceramic particles by means of element-sensitive, three-dimensional and non-destructive synchrotron-microtomography (SCT). An in vivo study was performed in which bone substitute materials (Cerasorb) were implanted in the mandible to …

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