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(Received for publication, March 22,
1995; and in revised form, June 22, 1995) Protein disulfide isomerase in isolated rat hepatocytes was
present at a concentration of 7 µg/mg cell protein, representing a
Volume 270,
Number 35,
Issue of September 01, pp. 20410-20416, 1995
©1995 by The American Society for Biochemistry and Molecular Biology, Inc.
2-fold enrichment compared to isolated hepatic non-parenchymal
cells. Though localized mainly in microsomal fractions of hepatocytes,
direct immunofluorescence and cell surface radioiodination followed by
immunoprecipitation revealed the presence of M
57,000 disulfide isomerase at the cell surface. Electrostatic
interaction of the protein with the cell surface was suggested by
susceptibility to carbonate washing. Metabolic radiolabeling and
immunoprecipitation studies also indicated that some of the newly
synthesized M
57,000 disulfide isomerase was
secreted. Treatment of cells with colchicine markedly reduced the
recovery of disulfide isomerase from the media, indicating
microtubular-directed secretion of the protein. Partial staphlococcal
V8 proteolytic digestion of the secreted protein revealed a peptide
pattern similar to that of the cellular protein. Immunoprecipitation
with antibody specific to the -KDEL peptide retention sequence
confirmed the presence of this sequence in the secreted protein.
Studies of the turnover of disulfide isomerase revealed a half-life of
approximately 96 h. Treatment of cells with tunicamycin or heat shock
resulted in an increased recovery of newly synthesized disulfide
isomerase from cell lysates but diminished recovery from the media. The
secretion and cell surface distribution of disulfide isomerase in
hepatocytes may be important for the pathogenesis of immune mediated
liver injury.
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