Fabian Rudolf

The paper introduces a method for precise single-cell tracking and lineage reconstruction using cell region fingerprints, improving tracking performance across species and data types.

The paper quantifies protein localization dynamics in yeast during DNA replication stress, revealing phenotypic heterogeneity and previously undetected re-localization events.

The paper introduces a genetic controller, WTC846, for precise, adjustable, and variation-free gene expression in yeast, enabling controlled phenotypic studies.

The paper challenges a model proposing that protein synthesis increases in pre-Start G1, finding that Whi5 concentration remains constant and Cln3 increase is not due to synthesis.

The paper introduces a two-stage method to estimate dynamic nonlinear mixed effects models from single-cell time-lapse data, demonstrating accuracy and scalability with yeast endocytosis data.

The paper develops guidelines to minimize photomorbidity in long-term multi-color fluorescence imaging of yeast by identifying light dose thresholds and factors affecting fluorescence protein suitability.