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Autophagy|May 15, 2013
What the N-terminal domain of Atg13 looks like and what it does: a HORMA fold required for PtdIns 3-kinase recruitmentChristine C Jao, Michael J Ragusa, Robin E Stanley, et al.Transfusion|October 15, 2023
Large-scale real-world data analysis of source plasma collections using a novel technology-enabled nomogramEva Hellman, Zorayr Manukyan, Karen Mkhitaryan, et al.Proceedings of the National Academy of Sciences of the United States of America|November 9, 2017
Structure and function of yeast Atg20, a sorting nexin that facilitates autophagy inductionHana Popelka, Alejandro Damasio, Jenny E Hinshaw, et al.The Journal of Cell Biology|July 24, 2025
The rapidly expanding role of LC3-interacting regions in autophagyBrian J North, Dorotea Fracchiolla, Michael J Ragusa, et al.Structure (London, England : 1993)|March 31, 2015
Solution structure of the Atg1 complex: implications for the architecture of the phagophore assembly siteJürgen Köfinger, Michael J Ragusa, Il-Hyung Lee, et al.Biochemistry|January 12, 2011
Molecular investigations of the structure and function of the protein phosphatase 1-spinophilin-inhibitor 2 heterotrimeric complexBarbara Dancheck, Michael J Ragusa, Marc Allaire, et al.Autophagy|July 30, 2019
The carboxy terminus of yeast Atg13 binds phospholipid membrane via motifs that overlap with the Vac8-interacting domainDamián Gatica, Alejandro Damasio, Clarence Pascual, et al.Nature Structural & Molecular Biology|March 23, 2010
Spinophilin directs protein phosphatase 1 specificity by blocking substrate binding sitesMichael J Ragusa, Barbara Dancheck, David A Critton, et al.Traffic (Copenhagen, Denmark)|November 23, 2020
A highly conserved glutamic acid in ALFY inhibits membrane binding to aid in aggregate clearanceErin F Reinhart, Nicole A Litt, Sarah Katzenell, et al.Autophagy|June 19, 2018
A pseudo-receiver domain in Atg32 is required for mitophagyXue Xia, Sarah Katzenell, Erin F Reinhart, et al.Pageof 6