The Master's programme 'Biology' is based as a consecutive course of study on the bachelor's degree programmes 'Biology' and 'Molecular Biology' at the Johannes Gutenberg University Mainz (JGU) or equivalent courses at other universities. The program is currently bilingual, requiring German and English languange skills.
You can choose freely from the modules offered. This gives you the opportunity to study according to your individual needs and to position yourself broadly in terms of content and methodology. Alternatively, you can study focused in one or two foci/specialisations:
- Organismal and molecular evolutionary biology
- Developmental biology and neurobiology
- Molecular physiology
The specialisations can be added to the Master's degree certificate, provided that you have successfully studied at least 28 LP from elective modules in this specialisation or these specialisations and have completed the project and Master's thesis in this specialisation or these specialisations.
You supplement your studies with further key qualifications, which you can in turn combine according to your personal interests and focus. In this way, they can gain practical experience or qualify for future professional tasks.
Compulsory modules: EQ, PA and MA
The programme is divided into compulsory modules and compulsory elective modules (compulsory elective modules A, compulsory elective modules B, compulsory elective modules C). Two related A and B modules as well as two independent C modules (independent of the selected A+B modules) must be selected from the range of compulsory elective modules. The modules 4 a + b (15 + 15 LP) and 5 a + b1 or b2 (15 + 15 LP) are equivalent to one module from the compulsory elective A (11 LP) plus B (14 LP) and C (5 LP).
Students that have been enroled until winter term 2021/2022 on the old regulatons of study will receive 30 CP if they attend an A and B module.
| Module-Nr. | Topic | Responsible Group |
|
Module 1a/b/c (in English) |
Protein Bioinformatics and Programming I/II/T | Andrade (Bioinformatics) |
|
Module 2a/b/c (in English) |
Animal Evolution and Behavioural Ecology I/II/T | Foitzik (Social Evolution) |
| Module 3a/b | Phylogenie, Systematik und Evolution der Blütenpflanzen I/II/T | Xu (evol. Plant Science) |
| Module 4a | Humangenetik und Molekulargenetik | Zischler (Anthropology) |
| Module 4b | Historische Anthropologie | Burger (Palaeo Genetics) |
| Module 5a | Evolutionäre Anthropologie | Zischler (Anthropology) |
| Module 5b-1 | Pharmakogenetik und Populationsgenetik | Zischler (Anthropology) |
| Module 5b-2 | Bioachäometrie | Burger (Palaeo Genetics) |
| Module 6a/b/c | Tierökologie I/II/T | (Evolutionary Ecology) |
| Module 7a/b/c | Molekulargenetik & Genomanalyse I/II/T | Hankeln (Molecular Genetics) |
|
Module 8a/b/c (in English) |
Molecular basis of synaptic plasticity I/II/T | Heine (Functional Neurobiology) |
|
Modul 9a/b/c (in Englisch) |
Sensory processing: neural circuits and tools II/T | Silies (Neuroentwicklungsbiologie) |
|
Module 10a/b/c (in English) |
Molekulare Zellbiologie I/II/T | Wolfrum (Molecular Cell Biology) |
|
Modul 10-2 a/b/c (in Englisch) |
Tumor Biology I/II/T | Régnier-Vigouroux (Tumorbiologie) |
| Module 11a/b/c | Neuronal Basis of Behavior I/II/T | Strauß (Neurobiology I) |
| Module 12a/b/c | Cellular and Molecular Principles of Motor Behavior I/II/T | Duch (Neurobiology II) |
|
Module 13a/b/c (in English) |
Molecular Plant Science I/II/T | Wachter (Molecular Plant Sciences) |
|
Module 14a/b/c (in English) |
Semi-genetic labelling tools for biophysical stud-ies of intrinsically disordered proteins with an expanded genetic code | Lemke (Synthetic Biophysics) |
|
Module 15-1 a/b/c (in English) |
Microbiology (Fungal Molecular Physiology) I/II/T | Thines (Biotechnology) |
|
Module 15-2 a/b/c (in Englisch) |
Microbiology (a: Biomolecular Interactions, b: Bacterial Infection Biology) | Heermann (Microbiology) |
|
Module 16a/b/c (in English) |
Molecular Biology of Aging I/II/T | Luke (Chromosomal Biology) |
|
Module 16-1a/b (in English) |
Molecular Biology and Proteome Research I/II (not available in winter term 2022/2023) |
Beli, Butter (Proteomics) |
|
Module 17a/b/c (in English) |
Molecular Medicine I/II/T | May-Simera (Zellbiologie) |
Note: Some modules are only offered in the winter semester, some only in the summer semester.
offered.
The compulsory elective modules 1 - 17 can be assigned to the main subject areas/specialisations as follows:
Organismal and molecular evolutionary biology: 1 - 7
Developmental biology and neurobiology: 1, 7, 8 - 12, 16 - 17
Molecular Physiology: 1, 7, 13 - 17
For more information about the organization, content and required language skills in the various modules, please refer to the relevant module description or the module manual.
Requirements:
Application:
The application process is carried out through the Student Services of JGU Mainz.
Link to: Application Portal
Deadlines:
Winter term: 01.04. - 15.05.
Summer term: 01.10. - 15.11.
The Faculty of Biology is organized in three institutes. Some of the working groups of the iOME and the IDN are already housed in the new BioZentrum I building, some of them also at the IMB. Since end of 2020 some iMP working groups have moved into BioZentrum II, most will be located at BioZentrum II from the summer of 2021. Currently, planning for BioCenter III is under way where the remaining groups from iOME, iDN and iMP will be located from appraximately 2025.
- Institute for Organismic and Molecular Evolution (iomE)
- Institute for Developmental Biology and Neurobiology (iDN)
- Institute for Molecular Physiology (imP)
Responsible Person for Master/Recognition of certificates/courses: Prof. Dr. Edward Lemke
Stzdy Advice: Dr. Günther Ochs
Registrar's Office: Dr. Peter Schubert
Fachschaft Biologie: fs-biologie@lists.uni-mainz.de
Note that documents are in German due to legal reasons:
- Form for registration of Master thesis Biology
- Form for Project Work Master Biology
- Form for recognition of academic achievements
- Flyer
Current Master's program (from 2022):
Old Master's program (until 2021):
