Forschungsprojekte in BioComp 1.0
Projekt # | Projekt-Titel und Mitwirkende |
|---|---|
| Projekt #1 | Quantitative and comparative mass spectrometric analysis of high-frequency versus low-frequency areas in the auditory brainstem by means of SILAM Eckhard Friauf - Michael Schroda/ Frederik Sommer - Timo Mühlhaus - Patrick Lang/ Jan Hauth |
| Projekt #2 | Spatio-temporal dynamics of cellular proton buffering in Xenopus |
| Projekt #3 | Nucleoside and RNA metabolism in plant vacuoles |
Proteomic profiling of mitochondrial protein networks | |
- beendet - | Dynamic redox proteome analysis of mitochondria |
| Projekt #6 | High-throughput data processing for ocean plankton diversity mapping and modeling in the age of climate change Thorsten Stoeck - Markus Nebel - Katharina Zweig - Ralf Korn |
| Projekt #7 | Modifying sugar content in plant vacuoles Ekkehard Neuhaus - Michael Schroda - Patrick Lang/ Jan Hauth |
| Projekt #8 | Cellular acclimation dynamics of Chlamydomonas reinhardtii in response to environmental changes |
| Projekt #9 | A new method combining quantitative mass spectrometry and Bayesian inference for the analysis of protein-protein-interactions Michael Schroda/Frederik Sommer - Timo Mühlhaus - Patrick Lang/ Jan Hauth |
| Projekt #10 | Visualization and refinement of quantitative modelling of APP processing |
| Projekt #11 | Transport Phenomena in Biofilms Christin Schlegel/ Roland Ulber - Patrick Lang/ Jan Hauth - Christina Surulescu |
| Projekt #12 | High-throughput quantification of protein conformation by automated circular dichroism spectroscopy |
| Projekt #13 | Functional Dynamics in Photobiological Systems Rolf Diller - Ekkehard Neuhaus - Christoph Garth - Patrick Lang / Jan Hauth |
| Projekt #14 | Modelling of pH regulation in tumor cells & surrounding tissue. Influence on cancer cell migration |
| Projekt #15 | Control and diagnosis of Boolean networks and their application |