Dietrich Kohlheyer

BactoMate provides a unified platform for reproducible bacterial microscopy analysis, integrating multiple steps into a single workflow with user-configurable parameters.

This study shows glycogen deficiency in Synechocystis disrupts day-night energy and redox balance, leading to growth delays and metabolic constraints.

The paper uses live-cell imaging to monitor circadian rhythms in Synechocystis cells without reporters, finding no circadian gating of cell division but rhythmic changes in refractive index.

This study evaluates Cyanidioschyzon merolae growth and biomass composition across different photobioreactor systems, finding that reactor design significantly impacts productivity and biochemical output.

The paper develops a multichromatic optogenetic toolbox for light-controlled gene expression in Pseudomonas putida, demonstrating spatial and temporal regulation of pyoverdine biosynthesis.

The paper investigates how siderophore exploitation and spatial structure influence microbial community dynamics in iron competition.

The paper shows how the cyanobacterial clock buffers noise through its core phosphorylation loop, using single-cell analysis and a stochastic model.

The paper identifies LpdA as the source of intrinsic autofluorescence in filamentous actinobacteria and shows its role in metabolic organization during growth.

This paper introduces a method to produce magnetic protein aggregates (MPAs) in vivo for enzyme immobilization, demonstrating their magnetic properties and ability to functionally attach enzymes.

ObiWan-Microbi provides a cloud-based platform for semi-automated image annotation in microfluidic live-cell imaging using deep learning segmentation.

microbeSEG provides a deep learning tool for automated cell segmentation in microbial cultures, achieving accurate results within 45 minutes of user time.