R. C. Aguilar

This study compares yeast and mammalian Epsin localization and function, identifying differences in binding determinants and highlighting the role of poly-glutamine stretches.

This study shows how different OCRL1 mutations affect Lowe Syndrome cellular phenotypes and introduces a conformational disease mechanism.

This study identifies the C-terminal motifs of epsin proteins as critical for their localization and function in cancer cell migration and invasion, with clathrin-binding motifs being most important.

This study shows that ubiquitination and phosphorylation independently regulate epsin-mediated internalization of the yeast Na+ pump Ena1.