Julia Frunzke

The paper describes CyranoPS, a temperate corynephage infecting Corynebacterium glutamicum, and reports its genome structure, infection mechanisms, and lysogeny regulation.

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 introduces CoBiSe, a computational method for biosensor design, and demonstrates its application in creating IronSenseR, a biosensor for ferrous iron with high specificity and sensitivity.

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

This paper introduces CRISPRcosi, a CRISPR/dCas-mediated method to counteract xenogeneic silencers in actinobacteria, achieving gene activation without promoter engineering.

This study identifies novel targets of DtxR and HrrA in Corynebacterium glutamicum and reveals their interconnected regulatory networks under varying iron and heme conditions.

This study shows that phage Seregon reduces Xcc virulence and disease symptoms in Arabidopsis by suppressing JA responses and bacterial virulence factors without increasing bacterial resistance.

The paper isolates and characterizes four new Streptomyces phages with varying host ranges and temperate/virulent properties, expanding the available phage resources for studying antiviral strategies in Streptomyces.

The paper isolates and characterizes five novel Streptomyces siphoviruses, expanding phage diversity and contributing to understanding phage-host interactions in Streptomyces.

This study demonstrates that phages can bind to seed coat mucilage and enhance plant seedling survival against pathogens, suggesting phage-based biocontrol as a sustainable strategy.

This study uncouples antiphage and antibacterial properties of aminoglycosides through resistance mechanisms, demonstrating community-wide antiphage defense in bacterial co-cultures.

This paper presents an automated workflow for rational strain construction in Corynebacterium glutamicum, including plasmid creation and conjugative transfer, along with a custom software tool.