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Renal blood flow (RBF), outer cortical blood flow (OC-rbf) and inner cortical blood flow were determined by the microsphere method in water-drinking rats and chronic saline-drinking rats at 3, 12 and 24 h after injection of HgCl2, 4.7 mg/kh body weight. RFB and OC-rbf were decreased in both groups at 3 h post HgCl2 injection. Persistent reduction of OC-rbf was noted in water-drinking rats at 12 and 24 h post HgCl2 even though the total RBF returned to normal by 24 h. These parameters were normal in chronic saline-drinking rats. Despite normal RBF in water-drinking and saline-drinking rats, serum creatinines were still signigicantly elevated 24 h post HgCl2. Therefore, alterations in total renal perfusion do not entirely account for the decreased renal function that occurs under these circumstances.
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
January 1998,
Nihon eiseigaku zasshi. Japanese journal of hygiene,
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
April 1978,
The Journal of laboratory and clinical medicine,
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
March 1980,
Pediatric research,
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
August 1981,
Experimental and molecular pathology,
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
June 1990,
The American journal of physiology,
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
January 1984,
Nephron,
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
January 1980,
Virchows Archiv. B, Cell pathology including molecular pathology,
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
August 1982,
Kidney international,
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
August 1987,
Kidney international,
C H Hsu, and
T W Kurtz, and
J Rosenzweig, and
J M Weller
September 1987,
Circulation research,
