Class Biomedical Imaging

Transmit a wide range of knowledge, mostly practical within the scope of biomedical imaging, transversal to the areas of engineering, biotechnology, biosciences, health technologies, human and animal medicine. The syllabus contents enable students with the acquisition of techniques and methods of image acquisition and respective Data processing.

Not applicable

  1. Introduction to biomedical imaging. 2. Image acquisition principles. 3. Optical microscopy and fluorescence microscopy. 4. Optical imaging. 5. Preclinical imaging. 6. Imaging in Biology and Medicine: RX, US, SPECT, PET, MRI and CT. 7. Imaging and Neurosciences. 8. Artificial Intelligence and Radiomics 9. Databases available for investigation 10. Techniques and methods in the processing and analysis of imaging data

The learning process will be leveraged by dedicated technology for this type of classes (software) and study visits so that the student becomes aware of the various possibilities that exist in this area. The implementation of the PBL methodology and access to dedicated software guarantees learning success.

Vasilis Ntziachristos Anne Leroy¿Willig Bertrand Tavitian. (2006). Textbook of in vivo Imaging in Vertebrates. Wiley Library. DOI:10.1002/9780470029596 Robert O'Brien e Frances Barr.(2012) BSAVA - Manual de Diagnóstico por Imagem Abdominal de Cães e Gatos. Editora Roca. J. Kevin Kealy, John P. Graham, Hester Mcallister.(2011) Radiologia e Ultra-sonografia do Cão e do Gato. ELSEVIER, 3Ed Schwartz, Tobias and Saunders, Jimmy.(2011)Veterinary Computed Tomography. Wiley-Blackwell. Pisco J.M. (2009). Imagiologia básica. Ed: Lidel, 2009 Torsten B. Möller, Emil Reif. (2010). MRI Parameters and Positioning. 2nd edition, ISBN: 978-3-13-130582-4. Massimo Filipi. Oxford textbook of Neuroimaging. (2015). Oxford university press first edition. ISBN: 978-0-19-966409-2 Scott H. Faro, Feroze B. Mohamed. (2010). BOLD FMRI: A Guide to Functional Imaging for Neuroscientists. Springer-Verlag New York. ISBN: 978-1-4419-1328-9.