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. Author manuscript; available in PMC: 2014 Oct 1.
Published in final edited form as: J Mol Med (Berl). 2013 May 12;91(10):1131–1141. doi: 10.1007/s00109-013-1048-7

Table 1.

Factors required for sorting endosome-to-Golgi transport of STx.

Factor Function Reference
Clathrin Coat [23], [21]
Retromer Presumptive coat; senses/ induces membrane curvature
    SNX1 [35]
    Vps26 [36]
    Vps35 [37]
Epsin R Clathrin adaptor [23]
RME-8 DnaJ protein; retromer and Hsc70-interacting partner; proposed to link retromer to Hsc70 [37]
Hsc-70 Clathrin uncoating ATPase; RME-8 interacting protein; proposed to uncoat clathrin from endosome tubules [37]
Hrs ESCRT-0 subunit; clathrin and retromer interacting protein; proposed to compete with RME-8 for retromer binding [37]
Dynamin Membrane scission [21]
EHD3 Eps15 homology domain protein; Knockdown alters SNX1 localization. [38]
Rabenosyn-5 EDH3 interacting protein; Rab4/5 effector; knockdown alters SNX1localization. [38]
GPP130 Endosomal receptor [5]
OCRL1 PI(4,5)P2 5-phosphatase; clathrin interacting protein [39]
Rab6a’ small GTPase [40], [41]
Rab11 small GTPase [42]
Cdc42 GTPase [26]
ARHGAP21 Cdc42 GTPase activating protein [26]
Arl1 small GTPase [48]
Golgin97 Tether, Arl1 effector [48]
Golgin245 Tether, Arl1 effector [47]
GCC185 Tether [49]
Syntaxin6,Syntaxin16, Vti1a, Vamp3/4 SNARE complex [40]
Syntaxin5, Ykt6, GS15, GS28 SNARE complex [50]
Microtubules Cytoskeletal component [34]
Actin Cytoskeletal component [26]
Dynein Motor [34]
Cholesterol Microdomain organization [43]
V-ATPase Proton pump [44]
p38 Kinase [45]
PKCδ Kinase [46]
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