301234 VO Advanced Biochemical and Biophysical Methods (2022S)
Labels
An/Abmeldung
Details
Prüfungstermine
Lehrende
- Ivan Yudushkin
- Sebastian Falk
- Markus Hartl
- Thomas Heuser
- Georg Kontaxis
- Thomas Leonard
- Maxim Molodtsov
- Arthur Sedivy
- Andreas Walter
- Bojan Zagrovic
Termine
UPD (23.02.2022):
The course will be offered as flipped class, with recorded lectures available on Moodle from 01.03.2022 and synchronous online (ZOOM) sessions discussing research papers using methods/approaches described in the recorded lectures.
Synchronous online sessions (via ZOOM):
25.4.22, 11:00-12:00: ZAGROVIC
27.4.22, 11:00-12:00: LEONARD (Protein properties...)
27.4.22, 12:00-13:00: FALK (Integral membrane proteins...)
29.4.22, 11:00-12:00: SEDIVY (Absorption spectroscopy...)
02.5.22, 11:00-12:00: FALK (Intro to Xray and SAXS...)
02.5.22, 12:00-13:00: YUDUSHKIN (Intro to fluorescence spectroscopy...)
04.5.22: 11:00-12:00: KONTAXIS (Intro to NMR...)
06.5.22: 11:00-12:00: HARTL (Intro to MS...)
06.5.22, 12:00-13:00: MOLODTSOV (Force spectroscopy...)
09.5.22, 11:00-12:00: HEUSER (Intro to EM/cryoEM...)
09.5.22, 12:00-13:00: YUDUSHKIN (Intro to digital microscopy...)
13.5.22, 11:00-12:00: YUDUSHKIN (Proximity detection...)
18.5.22, 11:00-12:00: SEDIVY (Quality assessment...)
20.5.22, 11:00-12:00: WALTER (CLEM...)
23.5.22, 11:00-12:00: LEONARD (Multi-method approach...)
27.5.2022 11:00-12:30
07.10.2022 11:00-12:30
25.11.2022 11:00-12:30
27.01.2023 11:00-12:30* SR1/2: Doktor-Bohr Gasse 9 1030, room 6.501/6.504 (6th floor)
Information
Ziele, Inhalte und Methode der Lehrveranstaltung
Art der Leistungskontrolle und erlaubte Hilfsmittel
Active participation in the course (documented through utterances in discussions during the synchronous online sessions AND posting of at least 8 (eight) original topic-related questions per participant in the course Moodle forum before the 1st exam date) will be counted as a maximal of 15% bonus points to the final exam.
Mindestanforderungen und Beurteilungsmaßstab
Prüfungsstoff
Methods of protein expression and purification (size exclusion chromatography, affinity chromatography, hydrophobic interaction- or ion exchange chromatography, purification tags, etc)
Methods of protein quality assessment and control
Basic principles of X-ray crystallography
Basic principles of SAXS, SLS and DLS
Basic principles of absorption and emission (fluorescence) spectroscopy (quantum yield, excitation/emission spectra, Stokes shift, Lambert-Baer's law, CD spectroscopy, etc)
Fluorescence correlation spectroscopy
Basic principles of NMR spectroscopy
Basic principles of mass spectrometry
Basic principles of digital light microscopy (contrast, resolution, magnification, electronic detection of light, binning, factors determining FRET efficiency, etc)
Basic principles of electron microscopy and CLEM
Corresponding mathematical methods (covered in the Math Primer lecture)