| one publication added to basket [233645] | Looking inside marine organisms with magnetic resonance and X-ray imaging
Zanette, I.; Daghfous, G.; Weitkamp, T.; Gillet, B.; Adriaens, D.; Langer, M.; Cloetens, P.; Helfen, L.; Bravin, A.; Peyrin, F.; Baumbach, T.; Dischler, J.-M.; Van Loo, D.; Praet, T.; Poirier-Quinot, M.; Boistel, R. (2014). Looking inside marine organisms with magnetic resonance and X-ray imaging, in: Reynaud, E.G. (Ed.) Imaging marine life: macrophotography and microscopy approaches for marine biology. pp. 122-184 In: Reynaud, E.G. (Ed.) (2014). Imaging marine life: Macrophotography and microscopy approaches for marine biology. Wiley-Blackwell: Weinheim. ISBN 978-3-527-32744-7. XXI, 253 pp., more |
| Keywords | Computer graphics
Imaging techniques
Magnetic resonance imaging
Marine biology
Radiations > Electromagnetic radiation > X-rays
Tomography
Marine/Coastal |
| Authors | | Top | - Zanette, I.
- Daghfous, G.
- Weitkamp, T.
- Gillet, B.
- Adriaens, D., more
- Langer, M.
| - Cloetens, P.
- Helfen, L.
- Bravin, A.
- Peyrin, F.
- Baumbach, T.
| - Dischler, J.-M.
- Van Loo, D.
- Praet, T.
- Poirier-Quinot, M.
- Boistel, R.
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| Abstract | In this chapter we describe computer-based tomographic methods using magnetic resonance imaging (MRI) and X-ray absorption as well as X-ray phase-contrast imaging techniques. The latter are based on refraction and near-field diffraction of X-rays and are gaining increased attention due to the increase in sensitivity they offer over conventional, attenuation-based X-ray techniques. The increased sensitivity is of particularl interest in marine biology imaging, especially for soft tissue visualization and analysis. The basic principles of the imaging formation process, followed by a review of several tomography methods, such a MRI or X-ray imaging, and practical guidelines for parameters selection. Finally, two relevant examples of imaging are presented: imaging in marine biology (segmentation and visualization) and small animal (sea horse) imaging. These examples illustrate imaging under different conditions and using the different reconstructrion options. |
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