Mcat: a multispectral cluster analysis toolkit for deep learning-based segmentation and clinical biomarker quantification of MSOT data

Mcat: a multispectral cluster analysis toolkit for deep learning-based segmentation and clinical biomarker quantification of MSOT data
Modeling Candida albicans Complement Regulator Pra1

Modeling Candida albicans Complement Regulator Pra1
Automated Characterization of Neutrophil Activation Phenotypes for Human Candida Bloodstream Infections

Automated Characterization of Neutrophil Activation Phenotypes for Human Candida Bloodstream Infections
AMIT: A high performance segmentation and tracking framework for migration and confrontation assays

AMIT: A high performance segmentation and tracking framework for migration and confrontation assays
Automatic segmentation and classification of fungal-infected tissue using Deep Learning

Automatic segmentation and classification of fungal-infected tissue using Deep Learning
3D-HyTracer: Quantitative hyphal growth analysis through hyphae-to-graph transormation

3D-HyTracer: Quantitative hyphal growth analysis through hyphae-to-graph transormation
Machine learning supported image analysis of microfluidic droplets

Machine learning supported image analysis of microfluidic droplets
JIPipe: Designing automated image analysis pipelines without programming

JIPipe: Designing automated image analysis pipelines without programming
Virtual whole-blood infection assays

Virtual whole-blood infection assays
From raw images to abstract surface models: deconvolution, DeConvTest and DynSPHARM

From raw images to abstract surface models: deconvolution, DeConvTest and DynSPHARM
MISA++: A standardized interface for automated bioimage analysis

MISA++: A standardized interface for automated bioimage analysis
Algorithm for confrontation assay quantification (ACAQ): Label-free image analysis supported by Hessian filtering

Algorithm for confrontation assay quantification (ACAQ): Label-free image analysis supported by Hessian filtering
Causal inference analysis of live cell imaged confrontationassays with agent-based modelling

Causal inference analysis of live cell imaged confrontation
assays with agent-based modelling
Research Group Applied Systems Biology

Research Group Applied Systems Biology
Leibniz ScienceCampus InfectoOptics – Combating infectious diseases with advanced optical methods

Leibniz ScienceCampus InfectoOptics – Combating infectious diseases with advanced optical methods
Mcat: A toolkit for deep learning-based segmentation and automated analysis of MSOT image data

Mcat: A toolkit for deep learning-based segmentation and automated analysis of MSOT image data
Methods for quantitative analysis of bone degradation and remodeling from μCT images

Methods for quantitative analysis of bone degradation and remodeling from μCT images
Studies on virtual whole-blood infection assays

Studies on virtual whole-blood infection assays
Design of an optimal COVID-19 surveillance protocol for child care facilities using an infection spread model

Design of an optimal COVID-19 surveillance protocol for child care facilities using an infection spread model
Comparative simulations of fungal infection dynamics in the human and murine lung

Comparative simulations of fungal infection dynamics in the human and murine lung
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