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Desktopmodells of SPECT, uCT and PET for preclinical use. Preclinical imaging is the visualization of living animals for research purposes, [1] such as drug development. . Imaging modalities have long been crucial to the researcher in observing changes, either at the organ, tissue, cell, or molecular level, in animals responding to physiological or environmental c
Preclinical or small-animal Single Photon Emission Computed Tomography is a radionuclide based molecular imaging modality for small laboratory animals [1] (e.g. mice and rats). Although SPECT is a well-established imaging technique that is already for decades in use for clinical application, the limited resolution of clinical SPECT (~10 mm ...
Spatial Frequency Domain Imaging (SFDI) is a non-invasive optical imaging method that uses spatially modulated light to extract quantitative information about tissue properties. Its large field of view coupled with its quantitative approach to imaging has made it a novel imaging modality, with many use cases in murine pre-clinical trials.
Bruker Introduces New Multimodal Preclinical Imaging Animal Bed A Solution for Higher Productivity and Improved Workflow in Preclinical Research Laboratories SAVANNAH, Ga.--(BUSINESS WIRE)-- Today ...
Bruker Sets New Standards in Preclinical Imaging Software with ParaVision 6 Higher Productivity, Increased Performance and Easy Access to MRI for Translational and Pharmaceutical Research SAVANNAH ...
Combining complementary information from different imaging modalities. An example is the fusion of anatomical and functional information. Since the size and shape of structures vary across modalities, it is more challenging to evaluate the alignment quality. This has led to the use of similarity measures such as mutual information. [25]
Electron resonance imaging (ERI) is a preclinical imaging method, together with positron emission tomography (PET), computed tomography scan (CT scan), magnetic resonance imaging (MRI), and other techniques. ERI is dedicated to imaging small laboratory animals, and its unique feature is the ability to detect free radicals.
Optoacoustic imaging in general and MSOT in particular may address a number of challenges for surgical procedures by providing real-time visualization below the tissue surface. In particular, optoacoustic imaging can provide immediate information on the perfusion status of tissues based on analysis of hemoglobin dynamics and oxygenation.