Module: General Genetics I (2401-210)
- Persons:
-
- Prof. Dr. Anette Preiss (verantwortlich)
- Degree Program:
-
-
Biologie Lehramt an Gymnasien (Master, since 01.10.2017)
3. Semester, elective -
Biologie Lehramt an Gymnasien (Master, since 01.10.2017)
1. Semester, elective -
Biologie Lehramt an Gymnasien | Erweiterungsmaster (Master, since 01.10.2017)
3. Semester, elective -
Biology (Bachelor, since 01.04.2011)
5. Semester, semi-elective -
Nutritional Science (Bachelor, since 01.04.2011)
5. Semester, elective
-
Biologie Lehramt an Gymnasien (Master, since 01.10.2017)
- Relation to other Modules:
- This module forms together with the modules "General Genetics II" and "General Virology" the elective profile Genetics for the study programme "Biology"
- Prerequisites for Attendance:
-
Knowledge equivalent to the modules "Genetics" and "AMB II"
- Sprache:
- German
- ECTS:
- 6 credits
- Frequency:
- every winter semester
- Length of the Module:
- 1 semester
- Compulsory assignment:
- Regular and active participation, seminar lecture and colloquium covering the topics of the seminar
- Module examination:
- Written exam covering the topics of the lecture
- Length of the examination:
- 120 minutes
- Workload:
-
58 h presence + 122 h personal contribution = 180 h workload
- Professional competences:
-
Lecture:
- Molecular mechanisms of replication
- Molecular mechanisms of recombination; mosaic analysis
- Transcriptional control; structure of regulatory elements
- Molecular mechanisms of translation
- Gene evolution
- Genetic screens; mobile elements
- Inducible systems; technology of LOF/GOF genetics
- Genetics of the immune system
- Fundamental signalling pathways and cell cell communication
- Molecular regulation of the cell cycle and apoptosis
- Molecular genetics of tumorigenesis
Seminar:
Each student presents a genetics paper, which is discussed afterwords. Topics include:
- New ways of cloning genes
- Overexpression Screens in Drosophila
- Modern transgenesis in Drosophila
- Generating mutants with Crispr/Cas9 in Drosophila
- Structure-function analysis of Notch signalling molecules
- Analysis of the Notch repressor complex
- Cross-talk between Notch- and other signalling pathways - Key competences:
-
- electronic search of original scientific literature
- extraction of relevant contents
- preparation and presentation of scientific literature in a comprehesible manner for a general audience
- scientific discussion - Comments:
-
Maximum number of participants: 23
- eLearning:
- Course in ILIAS
Courses
Code | Title | Type | Bindingness | Course catalogue |
---|---|---|---|---|
2401-211 | Genetics for Advanced Students | lecture | compulsory |
|
2401-212 | Seminar in General Genetics | seminar | compulsory |
|