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1 t through secretion of the signaling protein prosaposin.
2 ve and glioprotective factors prosaptide and prosaposin.
3 equential domain-containing proteins such as prosaposin.
4 rolases that derive from a single precursor, prosaposin.
5 roteolytic processing of a common precursor, prosaposin.
6 e efficient sorting of the lysosomal protein prosaposin.
7 delivery of newly translated progranulin and prosaposin.
8 a putative precursor analogous to vertebrate prosaposins.
10 llular cathepsin D content and impairment of prosaposin activation, a process that is required for me
12 ed neuroprotective and glioprotective factor prosaposin (also known as sulfated glycoprotein-1), we p
13 he neuroprotective and glioprotective ligand prosaposin and communicate with SGCs via the prosaposin
14 ted glycoprotein-1), we purified full-length prosaposin and found that it also stimulated GPR37 and G
17 stically, we identify an interaction between prosaposin and Surf4, a receptor that promotes loading o
19 flux, altered intracellular localization of prosaposin, and an aggregation of alpha-synuclein in pat
20 derives from the multi-functional precursor, prosaposin, and functions as an activity enhancer for se
22 cted in the homozygotes (B-/-) mice, whereas prosaposin, and saposins A, C and D were at normal level
23 discover that progranulin interactions with prosaposin, another lysosomal protein, first occur withi
25 Saposins, derived from a common precursor, prosaposin, are small, heat-stable lysosomal glycoprotei
26 After a yeast two-hybrid screen identified prosaposin as a potential interacting protein with the n
30 ed a novel role for cathepsin B in mediating prosaposin cleavage to form saposin C, the lysosomal coa
31 d microglia replacement to a mouse model for Prosaposin deficiency, which is characterized by a progr
36 romoting lipid binding to CD1d, we expressed prosaposin deletion mutants lacking individual saposins
38 enes (cystatin C, cathepsin C, lysozyme, and prosaposin) did not require de novo protein synthesis fo
41 eins, metabolic labeling was done with human prosaposin expressed in insect cells, human fibroblasts,
42 ic sequestration of the activation region of prosaposin for protection of the cell from adverse hydro
48 haperone activities and via interaction with prosaposin (i.e., a key regulator of lysosomal sphingoli
49 -/- mice showed an increase of intracellular prosaposin, impaired prosaposin secretion, deficiencies
50 owed large steady state amounts of uncleaved prosaposin in Purkinje cells, cortical neurons, and othe
61 saposin was observed in ugt1(-/-) cells with prosaposin localized to large juxtanuclear aggresome-lik
64 GCase activity due to impaired processing of prosaposin may contribute to pathogenesis of FTD resulti
67 nscriptase-PCR and immunohistology localizes prosaposin mRNA to DCs and OHCs, and protein predominant
68 mbinant exogenous saposins were added to the prosaposin-negative cells, saposin B was the most effici
71 observed when compared with tissues from the prosaposin null mice, suggesting a compensation in LacCe
75 hich the recently identified natural ligand, prosaposin, promotes plasma membrane association of GPR3
76 In young Gaucher disease mice (V394Lgba+/+//prosaposin[ps]-null//ps-transgene), which demonstrate ne
77 le in alpha-synuclein (SNCA) degradation and prosaposin (PSAP) cleavage; (ii) PSAP, essential for GCa
79 s with plasma PGRN levels and identified the prosaposin (PSAP) locus as a new locus significantly ass
82 es neuronal uptake and lysosomal delivery of prosaposin (PSAP), the precursor of saposin peptides tha
83 4TO7 cells revealed the direct targeting of prosaposin (PSAP), which encodes a secreted protein foun
84 ed a tumor-secreted inhibitor of metastasis, prosaposin (Psap), which functions in a paracrine and en
90 ins were undetectable in AB-/- mice, whereas prosaposin, saposin C and saposin D were expressed near
93 crease of intracellular prosaposin, impaired prosaposin secretion, deficiencies of saposins C and D a
95 pectedly, knockdown of the lysosomal protein prosaposin strongly sensitizes neurons, but not other ce
96 regulated at a proteolytic level to produce prosaposin, tetrasaposins, or mature monosaposins in spe
97 ast, MSC cultured on a stiff matrix secreted prosaposin that promoted proliferation and survival of m
101 N mutations on the processing of full-length prosaposin to individual saposins, which are critical re
102 To explore the proteolytic processing from prosaposin to mature activator proteins, metabolic label
103 ufficiency results in impaired processing of prosaposin to saposin C, a critical activator of the lys
106 A dramatic decrease in the secretion of prosaposin was observed in ugt1(-/-) cells with prosapos