Familial Benign Chronic Intrahepatic Cholestasis

Sten Eriksson, Christer Larsson – 1 January 1983 – Three of four adult siblings in a family which was studied for three generations had clinical and/ or laboratory signs of slowly progressive intrahepatic cholestasis. Slight hyper pigmentation, facial hypertrichosis, and hypothyroidism were seen in affected individuals who also had prolonged increase in serum transaminase, γ‐glutamyltranspeptidase, and alkaline phosphatase activities.

Similarities and Differences Between Models of Extrahepatic Biliary Obstruction and Complete Biliary Retention without Obstruction in the Rat

William G. M. Hardison, Robin G. Weiner, David E. Hatoff, Katsumi Miyai – 1 January 1983 – Biliary obstruction in the rat causes known biochemical and morphological abnormalities. These abnormalities might be caused simply by retention of biliary constituents or might require other factors such as high biliary pressure, interruption of the normal flux of fluid, ions, and other biliary constituents through the hepatocyte and/or changes in intracellular concentrations, binding, and distribution of biliary constituents.

High‐Density Lipoprotein Cholesterol and Liver Disease

Gary C. Kanel, George Radvanand, Robert L. Peters – 1 January 1983 – To establish whether there is any significant relationship between high‐density lipoprotein cholesterol (HDLC) concentrations and biopsy‐documented liver disease, 169 patients had needle biopsies, serum cholesterol, and HDLC evaluated. Twenty‐four patients had serial cholesterol, HDLC, prothrombin, and aminotransferase levels and activities examined. In both men and women, HDLC decreased strikingly and significantly in acute alcoholic hepatitis and in acute viral hepatitis, compared to controls (p < 0.001).

Natural History of Hepatitis B Virus Infection in Renal Transplant Recipients–A Fifteen‐Year Follow‐Up

Geoffrey Dusheiko, Ernest Song, Sheila Bowyer, Michael Whitcutt, Gunthild Maier, Anthony Meyers, Mlchael C. Kew – 1 January 1983 – Hepatitis B virus (HBV) markers were measured in 83 immunosuppressed renal transplant patients who were followed for periods of 2 to 15 years. Sixty‐nine patients were negative for HBsAg before transplantation, of whom 14 were positive for anti‐HBs. The remaining 14 patients were HBsAg positive prior to transplantation. Eighteen patients were identified as being HBsAg positive during the follow‐up period.

Abnormal Matrix Recognition By Morris Hepatomas Correlates with Low Glucagon Binding Capacity

Marisabel Mourelle, Javier Cordero‐Hernández, Patricia Ponce‐Noyola, Marcos Rojkind – 1 January 1983 – Liver biomatrix contains a group of connective tissue components needed for attachment, survival, and maintenance of liver‐specific functions of adult rat hepatocytes in culture. An acidic extract of liver biomatrix that contains a group of glycoproteins can replace intact biomatrix in promoting attachment and survival of hepatocytes. However, except for albumin synthesis, liver‐specific functions have not been tested.

Relationship of Pretransplant Hepatobiliary Disease to Bile Duct Damage Occurring in the Liver Allograft

Robert H. , Fennell Jr, Robert H. Shikes, John M. Vierling – 1 January 1983 – Histopathological features of nonsuppurative destructive cholangitis have been described in primary biliary cirrosis, chronic graft‐vs.‐host disease, and chronic rejection of human liver allografts. To determine whether or not susceptibility to injury of interlobular bile ducts was related to the original hepatobiliary disease requiring transplantation, we compared the histopathology of allografts transplanted into two groups of patients.

A morphological study of the liver and gallbladder in hemolysis‐induced gallstone disease in mice

Bruce W. Trotman, Michael B. Bongiovanni, Marc J. Kahn, Seldon E. Bernstein – 1 November 1982 – The nb/nb mouse with a hereditary hemolytic anemia is an animal model of hemolysis‐induced gallstone disease. These anemic mice have hepatomegaly and form calcium bilirubinate gallstones. We undertook this study to: (a) examine the histopathology of the liver and gallbladder in nb/nb mice and (b) assess the influence of hemolysis per se on liver and gallbladder histology by transplanting nb/nb bone marrow into another genotype W/Wv.

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