Diane L. Barber

The paper investigates the role of intracellular pH dynamics in zebrafish larval tail regeneration, finding that pH changes are critical for cell proliferation and tissue repair.

The paper investigates how pH dynamics regulate transcription factor DNA binding selectivity, finding pH-dependent binding affinities and activity for FOX family transcription factors.

This paper shows that undifferentiated patient-derived iPSCs exhibit FTD hallmarks like lysosome dysfunction and TDP-43 proteinopathy, and identifies dysregulated genes related to neurodegeneration.

The paper shows that intracellular pH dynamics regulate intestinal stem cell lineage specification by promoting secretory or absorptive differentiation depending on pH levels.

This study identifies ae2 as a gene required for proper Drosophila ovary development and oogenesis, with its function linked to intracellular pH regulation.

The paper analyzes amino acid mutation patterns across 29 cancers, identifying six mutation signatures, five of which are validated using COSMIC data.