Mark C. Hall

The paper expands and optimizes the AID2 system for use in Candida species, including clinical isolates and C. auris, enhancing its utility for protein function studies.

The paper uses inducible degradation and phosphoproteomics to identify PP2A Rts1 as a regulator of eisosomes in yeast.

This paper demonstrates the efficient use of auxin-inducible degradation systems in Candida pathogens for rapid protein inactivation.

This paper shows that reducing Cdc14 phosphatase activity in Candida albicans impairs cell wall integrity, septation, hyphal differentiation, and virulence, making it a potential antifungal drug target.

The paper shows that Dnmt3bas coordinates transcriptional induction and alternative splicing of Dnmt3b to produce catalytically active Dnmt3b1.

This paper identifies N-terminal methylated peptides in yeast and humans by reanalyzing proteomic datasets, revealing novel substrates and non-canonical motifs.