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300417 VO Methoden in der Zellbiologie (2012S)
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Termine:May 2 to June 6, each Monday and Wednesday 1:00 3:00 pm in MFPL seminar room 1 6th floor. On June 4th it will take place on the 3rd floor, seminar room.
May 2
1. Cell clulture, protein expression and purification :
Primary cultures, organtypical cultures, differentiation models, eukaryotic expression systems, vector systems-Andreas Brachner
May 7
2.HS Struktur- Chemie B Protein-Protein, Protein DNA interactions:
In vitro binding assays, affinity (Scatchard), In situ analyses (IP), in vivo analyses, FRET, yeast two hybrid Bandshift, Footprinting, Chromatin-IP, Yeast one-hybrid Reporter Gene Assays-Andreas Brachner
May 9
3. Dynamics and Spatial Organisation of the Genome
Chromosome Conformation Capture techniques, GFP-tagging of chromosomes, High-resolution mapping ofgene territories-Alwin Köhler
May 14
4. Gene Silencing techniques RNA-Interferenz; Antisense, morpholino, epigenetics-Josef Gotzmann
May 16
5. Light Microscopy:
Immunofluorescence, wide field, confocal, live cell imaging, FRAP, FRET-Josef Gotzmann
May 21
6.
please don't turn beamer/pc off Ananlyses of cell cycle and Tumorbiology
Cell Cycle Stages (FACS, Elutriation, BrdU incorporation, proliferation marker, synchronization EMT, telomeres / DNA damage, transgenic and knock out tumor models-Roland Foisner
May 23
7. Proteomics:
Protein-identification (LC-MS/MS, mass spec, bio-informatics- Christopher Gerner
May 30
8. Techniques in Lipid Biochemistry- Sascha Martens
June 4
9. 3rd floor, seminarroom X-crystallography
Protein purification, Crystallisation, X-ray analyses, structure determination-Gang Dong
Alternative: June 6 (3rd Floor
Exam Wed., June 27 1.00pm SR 3rd floor!
May 2
1. Cell clulture, protein expression and purification :
Primary cultures, organtypical cultures, differentiation models, eukaryotic expression systems, vector systems-Andreas Brachner
May 7
2.HS Struktur- Chemie B Protein-Protein, Protein DNA interactions:
In vitro binding assays, affinity (Scatchard), In situ analyses (IP), in vivo analyses, FRET, yeast two hybrid Bandshift, Footprinting, Chromatin-IP, Yeast one-hybrid Reporter Gene Assays-Andreas Brachner
May 9
3. Dynamics and Spatial Organisation of the Genome
Chromosome Conformation Capture techniques, GFP-tagging of chromosomes, High-resolution mapping ofgene territories-Alwin Köhler
May 14
4. Gene Silencing techniques RNA-Interferenz; Antisense, morpholino, epigenetics-Josef Gotzmann
May 16
5. Light Microscopy:
Immunofluorescence, wide field, confocal, live cell imaging, FRAP, FRET-Josef Gotzmann
May 21
6.
please don't turn beamer/pc off Ananlyses of cell cycle and Tumorbiology
Cell Cycle Stages (FACS, Elutriation, BrdU incorporation, proliferation marker, synchronization EMT, telomeres / DNA damage, transgenic and knock out tumor models-Roland Foisner
May 23
7. Proteomics:
Protein-identification (LC-MS/MS, mass spec, bio-informatics- Christopher Gerner
May 30
8. Techniques in Lipid Biochemistry- Sascha Martens
June 4
9. 3rd floor, seminarroom X-crystallography
Protein purification, Crystallisation, X-ray analyses, structure determination-Gang Dong
Alternative: June 6 (3rd Floor
Exam Wed., June 27 1.00pm SR 3rd floor!
Details
Sprache: Englisch
Prüfungstermine
Lehrende
- Roland Foisner
- Andreas Brachner
- Gang Dong
- Christopher Gerner
- Josef Gotzmann
- Alwin Köhler
- Sascha Martens
Termine
Zur Zeit sind keine Termine bekannt.
Information
Ziele, Inhalte und Methode der Lehrveranstaltung
Art der Leistungskontrolle und erlaubte Hilfsmittel
Mindestanforderungen und Beurteilungsmaßstab
Prüfungsstoff
Literatur
Zuordnung im Vorlesungsverzeichnis
MMB III-2, MMB IV-2, MMB IV-3, MMB W-2, M202, M210
Letzte Änderung: Mo 07.09.2020 15:43
Studiums erhaltenen theoretischen und praktischen Kenntnissen aufbaut. Die Inhalte werden jährlich adaptiert um neue Entwicklungen einzubauen. Wesentliche in der Vorlesung enthaltenen Bereiche sind: Moderne
Anwendungen in der Licht und Elektronenmikroskopie, mikroskopische Untersuchung von lebenden Zellen, organotypische Zellkulturen, epigenetische Analysen, RNAi-Techniken, Genexpressionanalyse, Zellzyklusregulation, Protein-Protein und Protein-DNA Wechselwirkungen, DNA Microarray Techniken und Proteom Analysen.