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Significance This is a comprehensive study of Epsin-like accessory proteins inArabidopsis , for which so far only limited data are available. We identify two members as major accessory proteins at the TGN, controlling vacuolar and a subset of secretory transport. By interaction studies with AP complexes, genetic interactions, and enhanced-resolution microscopy, our work reveals the existence of two independent, parallel transport pathways, which originate from spatially separate regions at the TGN. Our study thus provides strong molecular, cellular, and genetic evidence for spatially, functionally, and molecularly separate subdomains of the plant TGN.

EPSIN1 and MTV1 define functionally overlapping but molecularly distinct trans -Golgi network subdomains in Arabidopsis