Sirano Dhe‐Paganon

This study provides structural insights into DHODH catalysis and drug resistance by analyzing conformational changes and resistance mutations.

The paper introduces molecular COUPLrs to systematically target protein complexes, identifying new glue classes and their interactions in cancer cell lines.

This paper identifies a druggable redox switch on SHP1 that controls macrophage inflammation by developing a covalent agonist targeting a specific cysteine residue.

The paper identifies lithocholic acid as a bile acid metabolite that modulates circadian rhythms in intestinal cells by affecting core clock proteins and feedback loops.

The paper investigates how dual-role regulators interact with the Sin3 complex using structural and functional analyses, revealing mechanisms for transcriptional crosstalk.

This study develops a covalent peptide targeting NEDD9-SH3 to inhibit endothelial migration and fibroproliferative remodeling in PAH by stabilizing the RT loop and modulating sulfatase-1 activity.

This study reveals the structural basis of the midnolin-proteasome pathway and shows that midnolin downregulation promotes myeloma cell survival by enhancing IRF4 expression.

This study maps zinc-regulated cysteine sites in the human proteome, identifies cancer dependencies, and reveals a mechanism of zinc-induced cytotoxicity in lung cancers.

This study investigates the DNA-binding mechanism of BCL11A, revealing the role of ZnF6 in repression of {gamma}-globin gene expression and its implications for therapeutic design.

This study identifies MPST as the direct target of EGT, showing it enhances mitochondrial respiration and exercise performance in mice.

This study shows that m6A methylation, regulated by METTL3, controls the innate immune response in β-cells during T1D onset by modulating OAS mRNA stability.

This paper identifies a non-enzymatic HDAC inhibitor with anti-tumor and anti-psychedelic effects, showing reduced gene modulation compared to enzymatic inhibitors.