Table of Contents

ZSL Zobrazovací systémy v lékařství / Medical Imaging Systems

Přednášky / Lectures

Monday, 14:30-16:00, room KN:E-301, Charles square.

Přednášející/Lecturers: Jan Kybic (JK), André Sopczak (AS), Vít Herynek (VH)

The schedule is preliminary and may be changed. Updated study materials will appear here before the lecture.

Č. Datum Přednáší Zdroje Téma
No Date Lecturer Resources Topic
1 17.2. AS slides, previous slides, Webb's Physics of Medical Imaging, 2nd ed., chapter 2, J.Fessler: Physics of Projection Radiography, recorded lecture from 2021 X-ray, detection, sources, medical X-ray
2 24.2. AS slides, previous slides Webb's Physics of Medical Imaging, chapter 3, recorded lecture from 2021, CT mouse axial front sagit rotation Computed tomography (CT) - principles, Radon transform
3 3.3. AS slides, previous slides, Kak,Slaney, chapters 3,4,7, J.Fessler: Analytical Tomographic Image Reconstruction Methods, course at TU Denmark, recorded lecture from 2021 commented second part of the lecture from 2020 CT (part II) - filtered backpropagation, algebraic reconstruction, 3D CT, safe dose.
4 10.3. AS US slides (part 1),previous US slides (part 1),previous slides, Webb's Physics of Medical Imaging, chapter 6, Medical image analysis, chapter 7, recorded lecture from 2021, commented first part of the lecture from 2020, Basic ultrasound for clinicians Ultrasound - principles, generation and detection
5 17.3. AS US slides (part 2),previous US slides (part 2),previous slides, recorded lecture from 2021, commented second part of the lecture from 2020, Basic Doppler ultrasound Ultrasound - Doppler imaging, contrast enhancement, 3D
6 24.3. AS slides, article Davidson-Abramowitz, recorded lecture from 2021 Microscopy
7 31.3. JK slides, previous slides, recorded lecture from 2021, MRI1, Hornak:The Basics of MRI,chapters 1-3, Webb's Physics of Medical Imaging, 2nd ed.,chapter 7.1-7.3 commented MRI lecture from 2020, MRI part I Magnetic resonance imaging (MRI) - introduction, principles, excitation, relaxation
8 7.4. JK slides, previous slides, recorded lecture from 2021, MRI2Hornak:The Basics of MRI,chapters 4-7, Webb's Physics of Medical Imaging, 2nd ed.,chapters 7.4-7.6.8 commented MRI lecture from 2020, MRI part II MRI (part II) - spin-echo, Fourier imaging
9 14.4. JK fMRI slides in pptx, slides in pdf, recorded lecture from 2021, MRI part III, commented fMRI lecture from 2020, fMRI course U. Michigan, fMRI course Neurobio Functional MRI (fMRI)
21.4. Velikonoce / Easter holidays
10 28.4. JK slides, Hornak:The Basics of MRI,chapters 8-15, recorded lecture from 2021, MRI part IV, commented 3rd MRI lecture from 2020, commented 4th MRI lecture from 2020,FDA MRI guidelines, Webb's Physics of Medical Imaging, 2nd ed.,chapters 7.6-7.12, recorded lecture from 2021, MRI part V, commented 5th MRI lecture from 2020, recorded lecture from 2021, MRI part V MRI (part III) - advanced techniques
11 5.5. JK slides, recorded PET/SPECT lecture from 2021, commented PET/SPECT lecture from 2020, Webb's Physics of Medical Imaging, 2nd ed.,kapitola 5, Nuclear medicine lectures from VCUPET book by Cherry and Dahlbom Nuclear imaging (PET, SPECT)
12 12.5. JK slides, recorded PET/SPECT lecture from 2021, commented PET/SPECT lecture from 2020, Webb's Physics of Medical Imaging, 2nd ed.,kapitola 5,Nuclear medicine lectures from VCUPET book by Cherry and Dahlbom Nuclear imaging (PET, SPECT) part II, other modalities
13 19.5. VH Magnetic particle imaging Photoacoustic imaging

Evaluation

  • Information about the exam.

Study materials / References

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courses/zsl/lessons.txt · Last modified: 2025/03/15 15:11 by sopczand