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- Bruker Introduces SampleXpress™, a New and Easy-to-Use Autosampler that Delivers Increased...
- Bruker Announces Order by Kennedy Krieger Institute for Ultra-High Field 11.7 Tesla Pre-Clinical...
- Bruker Announces Major Multi-Systems NMR Order from Vanderbilt University
- MRI Newsletter 05/2010
- Bruker Introduces New Ascend™ High Performance High-Field NMR Magnet Series
Upcoming Events
- 52th Annual Rocky Mountain Conference on Analytical Chemistry
- Solid State NMR workshop and seminar at RMC
- Bruker BioSpin EPR Meeting at RMC
Small Animal Imaging
MRI/MRS for the study of disease and metabolism
Research in neuroscience now relies heavily on animal MRI/MRS where in many instances it has now been established as the gold standard. Other major applications areas include cardiovascular, respiratory and gastro-intestinal studies together with research into arthritis, oncology and metabolic disorders. Over the past decades magnetic resonance imaging (MRI) and magnetic resonance spectroscopy (MRS) have shown enormous utility for research applications in the life sciences. Functional MRI (fMRI) is probably the most spectacular application and as yet has still to be fully exploited, especially by neuroscientists. The latest developments in molecular biology and genome research have recently led to an expansion in the use of animal MRI/MRS applications. Molecular imaging and rapid phenotyping of transgenic animals are two such applications that have extended the role of MRI/MRS in pharmacology.
Using implanted coils, MR images with spatial 3D resolution of 50 x 50 x 1000 µm3 can be obtained in the visual cortex.
Multi modality imaging using MRI and µSPECT
Infarct Study on the Mouse Heart
Infarcted and control animals were scanned with magnitude images and phase contrast-based vectormaps.



