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可降解淀粉微球诱导大鼠肝动脉阻断

Induced hepatic arterial blockade by degradable starch microspheres in the rat.

作者信息

Nott D M, Yates J, Grime J S, Maltby P, O'Driscoll P M, Baxter J N, Jenkins S A, Cooke T G

机构信息

University Department of Surgery, Royal Liverpool Hospital, UK.

出版信息

Nucl Med Commun. 1987 Dec;8(12):1019-24. doi: 10.1097/00006231-198712000-00011.

Abstract

Degradable starch microspheres (DSM, Spherex) have been shown to cause intermittent blockage of hepatic arterial flow and to increase the concentration of regionally injected cytotoxics. The Spherex monitoring system has been developed by Pharmacia, Sweden to establish the correct dose of DSM to optimize hepatic arterial blockade. Groups of normal rats received varying dosages of DSM and co-injected methylene diphosphonate (MDP) in order to reproduce the effect of reduction of passing fraction and marker flow rate as determined by the Spherex monitoring system. A flow reduction and significant decrease in passing fraction was achieved on injection of 4 mg of DSM via the hepatic artery.

摘要

可降解淀粉微球(DSM,Spherex)已被证明会导致肝动脉血流间歇性阻塞,并增加局部注射的细胞毒素浓度。瑞典法玛西亚公司开发了Spherex监测系统,以确定DSM的正确剂量,从而优化肝动脉阻断效果。为了再现由Spherex监测系统测定的通过分数和标记物流速降低的效果,给正常大鼠分组注射不同剂量的DSM并同时注射亚甲基二膦酸盐(MDP)。通过肝动脉注射4毫克DSM后,实现了血流减少和通过分数显著降低。

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