Studienhandbuch | Courses as part of the Molecular Transport and Recognition doctoral programme

Inhalt

Workload	Mode of examination	Education level	Study areas	Responsible person	Coordinating university
33 ECTS	Accumulative subject examination	R - Doctoral programme	Human Medicine	Susanna Zierler	Johannes Kepler University Linz

Detailed information

Original study plan

Doctoral programme Medical Sciences 2025W

Learning Outcomes

Competences
These result from the subordinate elements

Skills	Knowledge
These result from the subordinate elements	These result from the subordinate elements

Subordinated subjects, modules and lectures
KV Protein NMR spectroscopy
PR Modeling of biological macromolecules II
PR Modeling of biological macromolecules I
VL Theoretical biophysics II
PR Calcium Imaging
KS Cancer Cells: Proliferation, Transformation, Arrest, Death
PR Cell Cycle Analysis
KS Cellular Signalling
KS Conference Presentation
KS Electrophysiology
PR Electrophysiology of Native Channel Complexes
KS Excitable membranes
PR Laser Scanning Confocal Microscopy
KS Molecular Pharmacology
PR Morphometrical Analysis of 3-Dimensional Structures
PR Multi-Channel Immunofluorescence of Membranes and Channels
SE Sex, gender and diversity in medical sciences and practice
PR STED microscopy
VL Characterization of Bionanostructures
VL Analysis of Transport, Recognition, and Signaling Processes
PR Atomic Force Microscopy Methods
VL Biological Physics
PR Cell-Material Interactions
VL Cellular Mechanics (Biophysics III)
PR Fluorescence Correlation Spectroscopy
VL Harnessing Mechanobiology for Tissue Engineering
SE Journal Club Molecular Transport and Recognition
VL Membrane Channels and Transporters
PR Overexpression, Purification, and Functional Analysis of Reconstituted Membrane Proteins
PR Single Channel Recordings
SE Soft Skills
SE Work in Progress Seminar
KV Understanding NMR spectroscopy
VL Special Topics in Applied Physics