Titel/Title | Zeitraum | ||
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Allgemeine Biotechnologie
Biotechnology | semesterbegleitend |
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Analyse der Entwicklungsprozesse im Mausembryo
Analysis of developmental processes in mouse embryos | n.V. |
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Analysis of dynamic developmental processes in live zebrafish embryos I and II
Analysis of dynamic developmental processes in live embryos I und II | Block I + II beide Teile obligatorisch! |
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Basics and clinics of human reproduction - an interdisciplinary approach
Basics and clinics of human reproduction | |||
Biochemie
Biochemistry | 07.10.2024 bis 25.10.2024, 8:15 bis 18 Uhr |
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Biocomputing I (Bioinformatics III) – Programming in Python (SSP Evolution)(SSP Bioanalytics)
Biocomputing I (Bioinformatics III) – Programming in Python (SSP Evolution)(SSP Bioanalytics) | Block IV: 05.02.2024-01.03.2024 |
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Biocomputing II - Advanced Python
Biocomputing II - Advanced Python | Block IV: 05.02.2024-01.03.2024 |
ÖEB ZPG | |
Biogenese, Architektur und Funktionsweise von Organellen
Biogenesis, architecture and function of cellular organelles | 4 Wochen, n.V. |
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Biomembranen und die subzelluläre Organisation eukaryotischer Zellen
Biomembranes and the subcellular organisation of eukaryotic cells | optional |
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Ciliary Structure, Motion and Function
Ciliary Structure, Motion and Function | Block 1: 23.10.2023 bis 17.11.2023 |
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Concepts and current topics in evolution
Concepts and current topics in evolution | Block 2: 20.11. - 15.12.2023 |
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Die Verwendung der Liquid Biopsy in der personalisierten Tumortherapie
Liquid Biopsy in personalized cancer treatment | |||
Drosophila Verhaltensgenetik
Drosophila behavioral genetics | Nach Vereinbarung |
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Drug effects on mitochondria
Drug effects on mitochondria | Block II 20.11.2023 bis 15.12.2023, 10 bis 18 Uhr |
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Dynamische Organisation von sub-zellulären Kompartimenten
Dynamic organization of sub-cellular compartments | 4 Wochen, n.V. |