J. K. Schniete

This paper introduces a mesoscale version of standing wave microscopy, enabling high-resolution imaging of large cell populations in fixed and living specimens under flow conditions.

This paper introduces an image processing pipeline to sharpen topographical maps in multi-wavelength interference microscopy, improving clarity and precision of cellular structures.

The paper characterizes telomeres in Streptomyces rimosus and identifies a conserved origin island, revealing chromosomal bilateral symmetry and a conserved ParB/parS bias.

This study evaluates TartanSW, a multi-excitation-wavelength standing-wave fluorescence microscopy method, showing it increases sampling density from 50% to 98% without compromising resolution.

The paper introduces ActDES, a curated database of 612 high-quality actinobacterial genomes, to facilitate evolutionary and metabolic studies.

The paper examines differential transcription of expanded gene families in Streptomyces coelicolor under different carbon sources, finding that two-thirds of these genes show transcriptional differences.

The paper shows that gene family expansions in central carbon metabolism in Streptomyces bacteria contribute to metabolic robustness needed for antibiotic biosynthesis.