DynaCoSys: Dynamic model of the complement system to understand pathogen immune evasion

DynaCoSys: Dynamic model of the complement system to understand pathogen immune evasion
Hybrid agent-based modeling framework to simulate A. fumigatus infection scenario in the lung

Hybrid agent-based modeling framework to simulate A. fumigatus infection scenario in the lung
JIPipe: Designing automated image analysis pipelines without programming

JIPipe: Designing automated image analysis pipelines without programming
Virtual phagocytosis assays reveal strain‐specific differences in the microscopic parameters of the interaction between alveolar macrophages and two A. fumigatus strains

Virtual phagocytosis assays reveal strain‐specific differences in the microscopic parameters of the interaction between alveolar macrophages and two A. fumigatus strains
MSOT cluster analysis toolkit to objectively assess pharmacokinetics and biodistribution of clinical biomarkers

MSOT cluster analysis toolkit to objectively assess pharmacokinetics and biodistribution of clinical biomarkers
MISA++: a standardized interface for automatedhigh-performance big volume image analysis

MISA++: a standardized interface for automatedhigh-performance big volume image analysis
Quantitative image analysis of label-free cells

Quantitative image analysis of label-free cells
Virtual phagocytosis assays reveal strain‐specific differences in the microscopic parameters of the interaction between alveolar macrophages and two A. fumigatus strains

Virtual phagocytosis assays reveal strain‐specific differences in the microscopic parameters of the interaction between alveolar macrophages and two A. fumigatus strains
Morphokinetic analysis of live-cell imaging data

Morphokinetic analysis of live-cell imaging data
Simulation of virtual phagocytosis assays with alveolar macrophages and Aspergillus fumigatus conidia

Simulation of virtual phagocytosis assays with alveolar macrophages and Aspergillus fumigatus conidia
Quantification of the dynamics of fungal confrontation assays

Quantification of the dynamics of fungal confrontation assays
Quantification of factor H mediated self and non-self discrimination by mathematical modeling

Quantification of factor H mediated self and non-self discrimination by mathematical modeling
Automated Analysis of Fungal-Infected Tissue using Deep Learning

Automated Analysis of Fungal-Infected Tissue using Deep Learning
Verifying Hypotheses on Immune Evasion by Pathogens in Human Whole Blood by State-based Virtual Infection Models

Verifying Hypotheses on Immune Evasion by Pathogens in Human Whole Blood by State-based Virtual Infection Models
DeconvTest: an in silico microscopy framework to evaluate the accuracy of deconvolution

DeconvTest: an in silico microscopy framework to evaluate the accuracy of deconvolution
Quantitative Simulations Predict Treatment Strategies Against Fungal Infections in Virtual Neutropenic Patients Fungal Infections in Virtual Neutropenic Patients

Quantitative Simulations Predict Treatment Strategies Against Fungal Infections in Virtual Neutropenic Patients Fungal Infections in Virtual Neutropenic Patients
B4: Cause – Effect Relationships in Confrontation Assays with C. glabrata and Human Neutrophils using Bayesian Networks

B4: Cause – Effect Relationships in Confrontation Assays with C. glabrata and Human Neutrophils using Bayesian Networks
Agent-based modeling of early Aspergillus fumigatus infection in mice

Agent-based modeling of early Aspergillus fumigatus infection in mice
Mathematical model of the factor H mediated self and non-self discrimination by the complement system

Mathematical model of the factor H mediated self and non-self discrimination by the complement system

Simulation of virtual phagocytosis assays with alveolar marcrophages and Aspergillus fumigatus conidia reveals immune reaction rates
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