Dimensionality of motion and binding valency govern receptor-ligand kinetics as revealed by agent-based modelling

Dimensionality of motion and binding valency govern receptor-ligand kinetics as revealed by agent-based modelling
Investigating Candida albicans resistance in whole-blood assays by virtual infection models using parallelized parameter estimation

Investigating Candida albicans resistance in whole-blood assays by virtual infection models using parallelized parameter estimation
Morphological restoration: A fast alternative to deconvolution of cells in 3D images

Morphological restoration: A fast alternative to deconvolution of cells in 3D images
Enhanced Detection of Unstained Cells in an Existing Segmentation and Tracking Framework

Enhanced Detection of Unstained Cells in an Existing Segmentation and Tracking Framework
Striped Illumination Microscopy with an enhanced iterative processing algorithm provides a novel high-resolution deep-tissue imaging technique

Striped Illumination Microscopy with an enhanced iterative processing algorithm provides a novel high-resolution deep-tissue imaging technique
Automated enumeration of circulating tumor cells: machine learning techniques and interobserver variability

Automated enumeration of circulating tumor cells: machine learning techniques and interobserver variability
Combined [18F]-Fluoride Imaging in Experimental Arthritis

Combined [18F]-Fluoride Imaging in Experimental Arthritis
Image Segmentation Methods for the Quantification of C. albicans cells in Fluorescence Images

Image Segmentation Methods for the Quantification of C. albicans cells in Fluorescence Images
Virtual infection model for Aspergillus fumigatus in human alveoli

Virtual infection model for Aspergillus fumigatus in human alveoli

Image Segmentation Methods for the Quantification of C. albicans cells in Fluorescence Images
AMIT: a novel algorithm for migration and interaction tracking for high-throughput analysis of phagocytosis assays

AMIT: a novel algorithm for migration and interaction tracking for high-throughput analysis of phagocytosis assays
Angewandte Systembiologie

Angewandte Systembiologie
Automated Characterization of Cell Tracks: Step forward

Automated Characterization of Cell Tracks: Step forward
Simulation of Immune Cell Deficiencies in a State-based Virtual Infectin Model of Human Whole-blood Assays for Candida albicans

Simulation of Immune Cell Deficiencies in a State-based Virtual Infectin Model of Human Whole-blood Assays for Candida albicans
Investigation of spatial dynamics of fungal-host-interactions of Candida albicans and innate immune cells

Investigation of spatial dynamics of fungal-host-interactions of Candida albicans and innate immune cells
Automated Image Analysis for Quantifying Fungus-host Interactions

Automated Image Analysis for Quantifying Fungus-host Interactions
Hybrid agent-based modeling of human alveoli reveals chemokine properties in Aspergillus fumigatus infection

Hybrid agent-based modeling of human alveoli reveals chemokine properties in Aspergillus fumigatus infection
Agent-based Modeling on Cellular and Molecular Scales

Agent-based Modeling on Cellular and Molecular Scales
Virtual Infection Models of Candida albicans in Whole Blood

Virtual Infection Models of Candida albicans in Whole Blood
Epithelial Invasion Outcompetes Hypha Development During Candida albicans Infection as Revealed by an Image-based Systems Biology Approach

Epithelial Invasion Outcompetes Hypha Development During Candida albicans Infection as Revealed by an Image-based Systems Biology Approach
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