L Capocaccia, A F Attili, O Riggio – 1 June 1996

M Angelico – 1 June 1996

D Vrochides, V Papanikolaou, H Pertoft, A A Antoniades, P Heldin – 1 June 1996 – Hepatic stellate cells (HSC) and endothelial cells of the liver sinusoids synthesize and degrade hyaluronan, respectively. The roles of these cell types in the biosynthesis and degradation of hyaluronan were studied during regeneration following partial hepatectomy. Pure cultures of HSC and liver endothelial cells (LEC) were obtained from regenerating liver at different stages using a Nycodenz gradient followed by discontinuous Percoll gradient.

J C Lopez‐Talavera, G Cadelina, J Olchowski, W Merrill, R J Groszmann – 1 June 1996 – A hyperdynamic circulatory state frequently is observed in portal hypertension with liver failure or extensive portal‐systemic shunting. Tumor necrosis factor α (TNF) causes marked hypotension in mammals by inducing nitric oxide synthesis and has been shown to play a role in the development of the hemodynamic changes observed in portal hypertension. Thalidomide selectively inhibits TNF production by enhancing messenger RNA degradation.

D Trinder, O Zak, P Aisen – 1 June 1996 – The hepatic uptake of transferrin‐bound iron by a nontransferrin receptor (NTR)‐mediated process was investigated using the human hepatoma cell line HuH7. Because HuH7 cells also acquire iron from transferrin by a receptor (TR)‐mediated process, TR expression was inhibited by transfecting the cells with a plasmid containing human TR complementary DNA in antisense orientation relative to a human cytomegalovirus promoter/enhancer element.

D H Adams, Q Liu – 1 June 1996 – The macroglide immunosuppressant FK506 is effective at preventing and reversing hepatic allograft rejection. The establishment of graft rejection is dependent upon an influx of lymphocytes from the circulation into the graft in response to locally secreted chemotactic factors. Thus, inhibition of lymphocyte migration might be an additional mode of action of FK506 that could block lymphocyte recruitment to rejecting liver allografts.

S K Acharya, S Dasarathy, T L Kumer, S Sushma, K S Prasanna, A Tandon, V Sreenivas, S Nijhawan, S K Panda, S K Nanda, M Irshad, Y K Joshi, S Duttagupta, R K Tandon, B N Tandon – 1 June 1996 – The profiles of patients with fulminant hepatic failure (FHF) from developing countries have not been reported earlier. The current study was conducted prospectively, at a single tertiary care center in India, to document the demographic and clinical characteristics, natural course, and causative profile of patients with FHF as well as to define simple prognostic markers in these patients.

H W Horowitz, B Dworkin, G Forseter, R B Nadelman, C Connolly, B B Luciano, J Nowakowski, T A O'Brien, M Calmann, G P Wormser – 1 June 1996 – To evaluate the frequency, pattern, and severity of liver function test abnormalities in patients with Lyme disease associated with erythema migrans (EM), 115 individuals with no other identifiable cause for liver function test abnormalities who presented with EM between July 1990 and September 1993 were prospectively evaluated.

E Tanaka, K Kiyosawa, A Matsumoto, T Kashiwakuma, A Hasegawa, H Mori, O Yanagihara, Y Ohta – 1 June 1996 – The quantitation of hepatitis C virus (HCV) viremia can be helpful in the diagnosis, therapy, and monitoring of patients with chronic hepatitis C. A sensitive and quantitative fluorescence enzyme immunoassay (FEIA) has recently been developed for assaying HCV core protein in serum.

M Borgs, M Bollen, S Keppens, S H Yap, W Stalmans, F Vanstapel – 1 June 1996 – We perfused livers from fed rats with a balanced salt solution containing 1 mmol/L glucose. Under these conditions a low steady rate of glycogenolysis was observed (approximately 1.7 μmol glucose equivalents/g/min; 20% of the maximal glycogenolytic activity). Nitric oxide (NO) transiently stimulated hepatic glucose production. A maximal response (on average doubling basal glucose output) was observed with 34 μmol/L NO. The same concentration of nitrite (NO2‐) was ineffective.