Scott A. Gerber

This study investigates the role of phosphatase PP4 in the Neurospora circadian clock, showing it regulates period length and compensation mechanisms.

The paper engineers a peptide that selectively targets a single PDZ domain in a cystic fibrosis model, enhancing chloride efflux.

This study shows acetylation and mono-methylation of WCC in Neurospora are not essential for circadian rhythm timing but influence light responses.

This paper shows tobramycin reduces inflammation in cystic fibrosis by increasing 5' tRNA-fMet halves in P. aeruginosa outer membrane vesicles, which suppress IL-8 and neutrophilic inflammation in human cells and mice.

The paper develops a method using inducible protein degradation and phosphoproteomics to identify kinase-substrate relationships, showing high selectivity and correlation with chemical inhibition.

This study identifies NCA-2 as a regulator of circadian period length in Neurospora by modulating intracellular calcium levels and affecting core clock component phosphorylation.