K. M. Schmoller

The paper introduces a genetic fluorescent reporter, mt-HI-NESS, to visualize mitochondrial nucleoids in live cells without affecting mtDNA replication or expression.

This study shows fasting induces large-scale chromatin reorganization in C. elegans, requiring mTOR inhibition and RNA Pol I activity.

This study shows budding yeast maintains histone homeostasis by decoupling transcript and protein abundance under different nutrient conditions.

The paper shows that mitochondrial DNA copy number increases with cell volume in budding yeast through nuclear-encoded factors, maintaining stable concentrations without cell-cycle regulation.

Cell-ACDC provides a user-friendly toolset for segmentation, tracking, and cell cycle annotation of live-cell imaging data using deep learning models.

The paper identifies transcriptional and chromatin-based mechanisms that generate and maintain constant protein amounts per cell despite changes in cell size.