Past Agenda "BZMB Colloquium"
|«« «« .. 20 .. 40 .. 60 .. »» »»|| Date | Location | Title | Contact |
|---|---|---|---|
| Tu. 2014-10-28 (17:15) | BZMB Colloquium: Christoph Englert, FLI-Leibnitz, Jena [Details] | ||
| Tu. 2014-10-21 (17:15) | BZMB Colloquium: Jochen Buck, Cornell Medical College [Details] | ||
| Tu. 2014-02-04 (17:15) | H12 | BZMB Colloquium: Autophagy: Regulation of the initiation and completion of an autophagosome [Details] | |
| Tu. 2014-01-28 (17:15) | H12 | BZMB Colloquium: GBM-Lecture: Mitochondrial Quality Control and Neurodegeneration [Details] | |
| Tu. 2014-01-21 (17:15) | H12 | BZMB Colloquium: Molecular mechanisms in sensing and regulating cellular energy metabolism [Details] | |
| Tu. 2014-01-14 (17:15) | H12 | BZMB Colloquium: Recombinant spider silk proteins and its potential for biomedical applications [Details] | |
| Tu. 2014-01-07 (17:15) | H12 | BZMB Colloquium: Signalling via proline residues [Details] | |
| Tu. 2013-12-17 (17:15) | H12 | BZMB Colloquium: From healing wounds to breaking bones: Understanding and modulating IgG [Details] | |
| Tu. 2013-12-10 (17:15) | H12 | BZMB Colloquium: Transformer Proteins: How structure transformation regulates RfaH function [Details] | |
| Tu. 2013-11-26 (17:15) | BZMB Colloquium: How metal ligands move micronutrients [Details] | ||
| Tu. 2013-11-19 (17:15) | H12 | BZMB Colloquium: Molecular mechanisms behind limb regeneration: Retinoic acid as a key player in fin regeneration [Details] | |
| Tu. 2013-11-12 (17:15) | H12 | BZMB Colloquium: Folding and function of α-helical membrane proteins [Details] | |
| Tu. 2013-11-05 (17:15) | H12 | BZMB Colloquium: Spatio-Temporal Regulation of Mitotic Spindle Assembly [Details] | |
| Tu. 2013-10-29 (17:15) | H12 | BZMB Colloquium: Chloromethane-degrading bacteria, from the phyllosphere to the stratosphere [Details] | |
| Tu. 2013-10-22 (17:15) | H12 | BZMB Colloquium: Modelling Amyotrophic Lateral Sclerosis and Alzheimer Disease in Yeast [Details] | |
| Tu. 2013-10-15 (17:15) | H12 | BZMB Colloquium: Deciphering the Epigenome of African Trypanosomes [Details] |