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VPS4B HumanDescription:
Vacuolar Protein Sorting 4 Homolog B Human Recombinant
Vacuolar Protein Sorting 4 Homolog B (S. Cerevisiae), SKD1, Suppressor Of K+ Transport Defect 1, Cell Migration-Inducing Gene 1 Protein, Suppressor Of K(+) Transport Growth Defect 1,Vacuolar Protein Sorting 4B (Yeast), SKD1B, PS4-2, Cell Migration-Inducing 1, Vacuolar Protein Sorting 4B, Vacuolar Protein Sorting-Associated Protein 4B, EC 3.6.4.6, VPS42, Protein SKD1.
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PRO-1717Price :
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VPS29 MouseDescription:
Vacuolar Protein Sorting 29 Mouse Recombinant
Vacuolar protein sorting 29 yeast homolog (S. cerevisiae), DC15, PEP11, DC7, retromer protein, x 007 protein, EC 3.1.3.3.
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PRO-1066Price :
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VPS29 HumanDescription:
Vacuolar Protein Sorting 29 Human Recombinant
Vacuolar protein sorting 29 yeast homolog (S. cerevisiae), DC15, PEP11, DC7, retromer protein, x 007 protein, EC 3.1.3.3.
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PRO-1075Price :
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VPS28 HumanDescription:
Vacuolar Protein Sorting 28 Human Recombinant
Vacuolar protein sorting-associated protein 28 homolog, ESCRT-I complex subunit VPS28, H-Vps28, VPS28, MGC60323.
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PRO-730Price :
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VPS26A HumanDescription:
Vacuolar Protein Sorting 26A Human Recombinant
Vacuolar protein sorting-associated protein 26A, Vesicle protein sorting 26A, hVPS26, VPS26A, VPS26, HB58, PEP8A, Hbeta58.
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PRO-1161Price :
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VPS25 HumanDescription:
Vacuolar Protein Sorting 25 Human Recombinant
Vacuolar protein sorting 25 homolog (S. cerevisiae), vacuolar protein-sorting-associated protein 25, ELL-associated protein of 20 kDa, ESCRT-II complex subunit VPS25, Dermal papilla-derived protein 9, DERP9, EAP20, FAP20, MGC10540.
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PRO-1054Price :
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VPS24 HumanDescription:
Vacuolar Protein Sorting 24 Human Recombinant
Charged multivesicular body protein 3, Chromatin-modifying protein 3, Neuroendocrine differentiation factor, Vacuolar protein sorting-associated protein 24, hVps24, CHMP3, CGI149, NEDF, VPS24, CGI-149.
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PRO-872Price :
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About VPS / Vacuolar Protein Sorting:
The phosphatidylinositols family has a significant role to play in the identification of membrane and intracellular trafficking processes. Vacuolar proteins are found to reach different vacuoles through vesicle-mediated biosynthetic trafficking pathways.
In plant cells, there are two types of membrane receptors; the receptor membrane ring-H2 family and the vacuolar sorting receptor family.
In yeast and animals, PtdIn-3-phosphate needed for endosomal sorting, autophagy, and vacuolar trafficking is found conserved kinase complexes made up of autophagy-related AND vacuolar protein sorting (VPS).
VPS Function
Protein sorting genes, Vps23p and Vps27p, function in sequence in the vacuolar sorting mechanism. They also bind directly to the ubiquitinated membrane cargo through the ubiquitin-interacting domain.
Vps23p and Vps27p are mainly assembled into massive multiprotein complexes sequentially recruited to the endosome membrane. This helps to enhance vacuolar sorting. Mammalian vacuolar protein sorting proteins are established and required for sorting EGP receptors.
Vacuolar Protein Sorting Mechanism
Various signaling receptors need ubiquitin covalent modification for agonist-induced down-regulation through endocytic transport to lysosomes. The conserved set of endosome-associating proteins enhances this process. The endosome-associating proteins are also required for vacuolar protein sorting in yeast.
VPS proteins are also crucial in the intracellular sorting and transportation of soluble vacuolar proteins. Additionally, VPS proteins are part of the endosomal sorting complex required for transport, which performs bending and scission reaction of the topologically unique membrane from the cytoplasm.
The endosomal sorting complex required for the transport process is vital in cytokinesis, multivesicular body pathways, and HIV budding.
VPS Types
There are five types of endosomal sorting complex required for transport complexes, and each has a distinct role. Accordingly, the retromer comprises two functional subunits known as the sorting nexin subunit and the cargo-selective subunit.