In a previous report, we detected the novel PSP-related protein in urine from a patient with diabetic nephropathy. This protein was different from PSP S1 and PSP S2-5 on the elution points of Mono S chromatography, To investigate the NH2-terminal sequence, we purified this protein by reverse phase c
Immunological characterization of pancreatic stone protein in human urine
โ Scribed by Noriyuki Tatemichi; Masanori Kato; Dr. Shinobu Hayakawa; Tetsuo Hayakawa; Satoru Naruse; Motoji Kitagawa; Hiroshi Sobajima; Yasuyuki Nakae
- Publisher
- John Wiley and Sons
- Year
- 1994
- Tongue
- English
- Weight
- 396 KB
- Volume
- 8
- Category
- Article
- ISSN
- 0887-8013
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โฆ Synopsis
In order to study the mechanism and origin of urine pancreatic stone protein (PSP), PSP was analyzed in the urine and sera from healthy subjects, patients with renal disease, and intensive care patients by Mono S chromatography and Western blotting. The elution patterns could be classified into three types. In control urine, a single peak of immunoreactive PSP (peak I) was identified at the position of PSP-& (typeA). In three of seven patients with renal disease, another peak of urine immunoreactive PSP (peak II) was recognized at the position slower than that corresponding to that of PSP-SI (type B). In urine from one patient with diabetic nephropathy, a third peak of irnmunoreactive PSP (peak Ill) was eluted between peaks I and II (type C). In Western blotting, the bands in urine from patients with renal disease and of those in ICU mainly appeared at the positions of high-molecular-weight types of PSP and PSP-S2-5, respectively. These results suggest that the kidney can be another major source of urine PSP in addition to the pancreas. 8 1994Wiley-Liss, Inc.
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