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Inhalt
The list of current lectures and their schedule can be found in the LSF.
Videos
Accompanying Materials to our Lectures
Biomedical Engineering: Advanced Imaging Techniques
- Introduction
- Perfusion I
- Perfusion II
- Dual Energy CT
- Diffusion
- X-Nuclei Imaging
- Elastography
- Angiography
- Photon Counting CT
- Phase Contrast CT
Biomedical Engineering: Medical Devices and Imaging Systems
- Einführung
- Grundlagen
- Elektromagnetismus
EKG Bildgebung - Infrarotbildgebung
- Ultraschall
- Grundlagen Radioaktivität
- PET
- Röntgen
- CT
- NMR Spektroskopie
- MRT Grundlagen
- MRT Systeme
- MRT Anwendungen
- Praktikum MRT
- K-Raum
- Resonatoren
- Sicherheitsaspekte
Biomedical Engineering: MRI Basics
- Elektrostatik, Magnetismus und Elektrodynamik
- Grundlagen der Magnetresonanz
- Relaxationszeiten T1 und T2
- Bilderzeugung
- Grundlagen der Bildkontraste
- Risiken, Standard Meßsequenzen: Spinecho, IR
- Spezielle Meßsequenzen: FLASH, MRA, 3D
Biomedical Engineering: Physics of Imaging Systems
- Introduction
- Röntgen 1
- Röntgen 2
- Röntgen 3
- Computer Tomography 1
- Computer Tomography 2
- Computer Tomography 3
- MRI 1
- MRI 2
- MRI 3
- MRI 4
- MRI 5
- MRI 6
- MRI 7
Biomedical Engineering
- Biosensors and Physiological Signals I
- Biosensors and Physiological Signals II
- Bioelectrical Signals: EEG and ECG
- Medical Imaging: MRI
- Medical Imaging: CT, Xray
- Medical Imaging: US
- Medical Imaging: Other
- Blood Flow and Pressure I
- Blood Flow and Pressure II
- Machine Learning I
- Machine Learning II
- 3D Printing
- Recap - Exam Preparations
Biomedical Engineering: Biomedical Optics
- Basic Optics
- LASER Physics
- LASER Properties and Systems
- Tissue Interactions I
- Tissue Interactions II
- Biomedical Applications
Biomedical Engineering: Lab Rotation MR-Radiology
- Relaxation Times T1/T2 and Diffusion/DTI
- Theory
- Data (T1/T2)
- Data (Diffusion/DTI)
- Program