Optical Imaging, Ultrasound, Photoacoustics
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[/one_third][two_third_last padding=”0 0x 0 0″]Physics of Ultrasound Imaging by Georg Schmitz
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[/one_third][two_third_last padding=”0 0x 0 0″]Physics of Ultrasound Imaging – Contrast Agents and Flow Imaging by Georg Schmitz
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[/one_third][two_third_last padding=”0 0x 0 0″]Advanced Microscopy Technologies by Udo Birk
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[/one_third][two_third_last padding=”0 0x 0 0″]Advanced Microscopy Technologies by Jorge Ripoll
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[/one_third][two_third_last padding=”0 0x 0 0″]Optical Tomography by Jorge Ripoll
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[/one_third][two_third_last padding=”0 0x 0 0″]Optical Tomography of Deep Tissues by Joseph P. Culver
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[/one_third][two_third_last padding=”0 0x 0 0″]Optoacoustic Imaging by Vasilis Ntziachristos
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[/one_third][two_third_last padding=”0 0x 0 0″]Photoacoustic Imaging by Stanislav Emelianov
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Presentation 1: Advanced Beamforming for Fast 2D and 3D Imaging by Pai-Chi Li
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Presentation 2: Application of Optical Projection Tomography to observe in-vivo and ex-vivo specimens by Di Dong
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Presentation 3: Image reconstruction methods: The principles of Diffuse Light Propagation. From datasets to 3D tomographic images by Athanasios Zacharopoulos
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Presentation 4: Multiscale molecular and functional photoacoustic imaging: fundamentals, applications, and prospects by Liang Song
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MR Fundamentals for Life Scientists
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[/one_third][two_third_last padding=”0 0x 0 0″]Introduction to MR Physics by Andrew Fagan
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[/one_third][two_third_last padding=”0 0x 0 0″]Introduction to MR Hardware – RF Coils by Dominik von Elverfeldt
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[/one_third][two_third_last padding=”0 0x 0 0″]Introduction to Magnetic Resonance II: Macroscopic and Microscopic Magnetization Effects by Truman R. Brown
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[/one_third][two_third_last padding=”0 0x 0 0″]Magnets for Magnetic Resonance Imaging Systems by Michael Parizh
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[/one_third][two_third_last padding=”0 0x 0 0″]Contemporary MR: Pushing the Limits by Joel R. Garbow
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[/one_third][two_third_last padding=”0 0x 0 0″]Other Practical Considerations by T. Dixon
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Presentation 1: Hyperpolarized MRI sensors and contrast mechanisms by Leif Schröder
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Presentation 2: Chemical Design of Magnetic Nanoparticles for MR Imaging Agent by Jinwoo Cheon
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Presentation 3: MRI reporters by Eric T. Ahrens
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Nuclear Imaging: Physical Principles and Instrumentation
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[/one_third][two_third_last padding=”0 0x 0 0″]Principles of PET and SPECT by Steven Meikle
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[/one_third][two_third_last padding=”0 0x 0 0″]Principles of PET and SPECT by Roger Fulton
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[/one_third][two_third_last padding=”0 0x 0 0″]Detector Technologies by Dennis Schaart
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[/one_third][two_third_last padding=”0 0x 0 0″]SPECT and PET Detector Technologies by Dennis R. Schaart
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[/one_third][two_third_last padding=”0 0x 0 0″]Hybrid Imaging Systems by Roger Fulton
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[/one_third][two_third_last padding=”0 0x 0 0″]PET and SPECT Based Hybrid Imaging Systems by Robert Miyaoka
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Presentation 1: Principles of SPECT and PET by Robert Miyaoka
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Presentation 2: Detector Technologies by Dennis R. Schaart
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Presentation 3: SPECT and PET Based Hybrid Imaging Systems by Jae Sung Lee
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