IA-13
Automated Characterization of Cell Tracks: Step forward
01/11/2015 JSMC retreat 2015
I. Belyaev, O. Kurzai and M. T. Figge
M-9
Simulation of Immune Cell Deficiencies in a State-based Virtual Infectin Model of Human Whole-blood Assays for Candida albicans
17/09/2015 DMykG 2015
T. Lehnert, S. Timme, J. Pollmächer, K. Hünniger, O. Kurzai, MT Figge
M-8
Investigation of spatial dynamics of fungal-host-interactions of Candida albicans and innate immune cells
17/09/2015
S. Timme, T. Lehnert, J. Pollmächer, K. Hünniger, O. Kurzai, M. T. Figge
IA-14
Automated Image Analysis for Quantifying Fungus-host Interactions
01/09/2015
K. Kraibooj, H. Schoeler, H.-R. Park, H.-M. Dahse, C. Skerka, K. Voigt, A. Brakhage, M. T. Figge
M-7
Hybrid agent-based modeling of human alveoli reveals chemokine properties in Aspergillus fumigatus infection
01/04/2015
J. Pollmächer, MT Figge
M-5
Agent-based Modeling on Cellular and Molecular Scales
16/10/2014 HKI Evaluation
S. Timme, J. Pollmächer, T. Lehnert, A. Medyukhina, S. Totzauer, K. Hünniger, D. Buhlmann, C. Skerka, O. Kurzai, M.T. Figge
M-6
Virtual Infection Models of Candida albicans in Whole Blood
16/10/2014 HKI Evaluierung 2014
T. Lehnert, S. Timme, K. Hünniger, S. Slesiona, I. D. Jacobsen, O. Kurzai, M.T. Figge
IbSB-1
Epithelial Invasion Outcompetes Hypha Development During Candida albicans Infection as Revealed by an Image-based Systems Biology Approach
25/09/2014 IbSB 2014
T. Lehnert, F. Mech, D. Wilson, B. Hube, M.T. Figge
M-4
A hybrid agent-based modeling approach of Aspergillus fumigatus infection in the human alveolus
09/09/2014
J. Pollmächer, MT Figge
IA-7
Automated Detection of Circulating Tumour Cells
01/09/2014
C-M. Svensson, S. Krusekopf, J. Lücke, MT Figge