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| - | **Lehrprogramm der Theoretischen Biologie (ITB) Wintersemester | + | **Lehrprogramm der Theoretischen Biologie (ITB) Wintersemester |
| - | **BACHELOR | + | **BACHELOR |
| - | **Mathematische Grundlagen der Biologie I [BioMa1/MB3 – 5 SP], Models of Neuronal Systems [MB – B 19/TU Berlin 40042 - 12 SP], Computational Neuroscience [2 SP], Quantitative Molecular Biology [3 SP]** | + | |
| - | 2112MB003VL | + | Mathematische Grundlagen der Biologie |
| - | 2112MB003UE Mathematische Grundlagen der Biologie | + | 2112BioB003VL Mathematik |
| - | 2112 132 Models of Neuronal Systems – Theoretical Lecture | + | 2112BioB003UE Mathematik 1 - Übung, Montag |
| - | 2112 133 Models of Neuronal Systems – Theoretical Lecture - Prkatikum, Donnerstag 14 - 16, wöchentlich, | ||
| - | 2112 446 Models of Neural Systems – Analytical Tutorial, Übung, Donnerstag, 16 – 18, wöchentlich, | + | 2112 132 Models of Neural Systems – Theoretical Lecture, Montag, 10 – 12, wöchentlich, |
| R. Kempter, B. Lindner | R. Kempter, B. Lindner | ||
| - | 2112 690 Models of Neuronal | + | 2112 133 Models of Neural |
| + | R. Kempter, B. Lindner | ||
| - | 2112 703 Computational Neuroscience, | + | 2112 446 Models of Neural Systems – Analytical Tutorial, Donnerstag, 16 – 18, wöchentlich, |
| - | 2112 423 Computational Neuroscience, Oberseminar, Mittwoch, 10 – 12, wöchentlich, | + | 2112 690 Models of Neural Systems – Experimental Lecture, Montag, 16 – 18, wöchentlich, |
| + | R. Kempter, | ||
| - | Theoretical Biology, Seminar, Dienstag, 14 – 15, wöchentlich, | ||
| - | 2112QMB002PR Quantitative Molecular Biology, Praktikum, Programming in Python, Block: in ersten 4 Wochen des Semesters | + | 2112 703 Computational Neuroscience - Oberseminar, Donnerstag, 10 – 12, wöchentlich, Philippstraße 13, Haus 4, Seminarraum (Raum 012a), |
| + | R. Kempter | ||
| - | Understanding circadian clock function in human cancers using data science, Vorlesung, Dienstag, 10 - 12, B. Ananthasubramaniam | + | 2112 423 Computational Neuroscience - Oberseminar, Mittwoch, 10 – 12, wöchentlich, |
| + | S. Schreiber | ||
| - | Understanding circadian clock function in human cancers using data science, Praktikum, Block: Ende Januar/ | + | Theoretical Biology - Seminar, Dienstag, 14 – 15, wöchentlich, |
| - | 2112MABPh012L Models of neural systems for biophysicists, | ||
| - | 2112MABPh012E Models of neural systems for biophysicists, Übung, Blockkurs: 23.01.-02.02.24, 10-16, Philippstraße 13, Haus 20, Raum 302, | + | 2112QMB002PR Quantitative Molecular Biology, Programming in Python, Praktikum, Block: in ersten 4 Wochen des Semesters, Ort wird noch bekanntgegeben, P. Romanczuk |
| - | J.-H. Schleimer, S. Schreiber | + | |
| - | 2112MABPh012MSE Models of neural systems for biophysicists, Hauptseminar, Blockkurs: 23.01.-02.02.24, 10-16, Philippstraße 13, Haus 20, Raum 302, J.-H. Schleimer, S. Schreiber | + | Quantitative Molecular Biology, Vorlesung, Block: in ersten 4 Wochen des Semesters, Ort wird noch bekanntgegeben, P. Romanczuk, P. Popp |
| + | Quantitative Molecular Biology - Seminar, Block: in ersten 4 Wochen des Semesters, Ort wird noch bekanntgegeben, | ||
| + | 2112QMB004 Scientific English for Publications and Presentations - Vorlesung, Block:, B. Ananthasubramaniam | ||
| + | Scientific English for Publications and Presentations - Seminar, Block:, B. Ananthasubramaniam | ||
| + | 2112MABPh012L Computational Neurobiology - Vorlesung, Mittwoch, 8 -10, wöchentlich, | ||
| + | J.-H. Schleimer, S. Schreiber | ||
| + | 2112MABPh012E Computational Neurobiology - Übung, Blockkurs: 27.01. – 06.02.2026, jeweils 10:00 – 16:00, Philippstraße 13, Haus 20, Raum 302, J.-H. Schleimer, S. Schreiber | ||
| + | 2112MABPh012MSE Computational Neurobiology - Hauptseminar, | ||
| + | 0212 009 X-Student Research Group – Digital Twins in Action: Optimizing Direct Oral Anticoagulant Use, Block: 24.10., 28.10., 29.10., 30.10., 31.10.; jeweils 10:00 - 17:00, Philippstraße 13, Haus 20, Raum 302, M. König | ||
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| - | // | + | // |