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Bilhemia after trans-jugular intra-hepatic porto-systemic shunt and its management with biliary decompression
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作者 Ashwani K Singal Manoj K Kathuria +2 位作者 Advitya Malhotra Richard W Goodgame Roger D Soloway 《World Journal of Gastroenterology》 SCIE CAS CSCD 2009年第29期3681-3683,共3页
Bilhemia or bile mixing with blood is a rare clinical problem. The clinical presentation is usually transient self-resolving hyperbilirubinemia, progressive and rapidly rising conjugated hyperbilirubinemia, or recurre... Bilhemia or bile mixing with blood is a rare clinical problem. The clinical presentation is usually transient self-resolving hyperbilirubinemia, progressive and rapidly rising conjugated hyperbilirubinemia, or recurrent cholangitis. Endoscopic retrograde cholangiopancreatography (ERCP) plays an important role in diagnosis and management. Biliary decompression with endoscopic sphincterotomy is useful in treating these patients. If not recognized and treated in time, the condition can be fatal in a significant proportion of patients. This usually occurs after blunt or penetrating hepatic trauma due to a fistulous connection between the biliary radicle and portal or hepatic venous radical. Cases have been described due to iatrogenic trauma such as liver biopsy and percutaneous biliary drainage. However, the occurrence after trans-jugular intra-hepatic porto-systemic shunt (TIPS) is very rare. We report a case of bilhemia presenting as rapidly rising bilirubin after TIPS. The patient was managed successfully with ERCP and removal of a blood clot from the common bile duct. 展开更多
关键词 Bilhemia Biliary-venous fistula Portal veinbiliary fistula Trans-jugular intrahepatic shunt
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水闸墙在高承压松软煤巷特大突水治理中的应用 被引量:11
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作者 关永强 《煤矿安全》 CAS 北大核心 2014年第2期115-118,共4页
依据黄沙矿112124掘进工作面突水治理工程,所进行的大量工程水文地质资料,对该工程的难点以及面临的技术难题,进行了应用研究和实践。由于煤层软、强度低、突水水压高,突水巷道几次实现截流后,骨料帷幕墙被反复突破。依现场实际水文资料... 依据黄沙矿112124掘进工作面突水治理工程,所进行的大量工程水文地质资料,对该工程的难点以及面临的技术难题,进行了应用研究和实践。由于煤层软、强度低、突水水压高,突水巷道几次实现截流后,骨料帷幕墙被反复突破。依现场实际水文资料,分析确定了突水巷道煤层的极限承受强度,合理确定了水闸墙承受的压力,通过水闸墙分压减流作用,降低了突水煤巷骨料帷幕墙与煤层所承受的压力,在高承压松软煤巷高承压特大突水封堵中,实现突水巷道成功截流,通过注浆加固骨料帷幕墙,并采取其他措施,快速高效治理了这次特大突水。 展开更多
关键词 松软煤巷 特大突水 水闸墙 分压减流 骨料帷幕墙
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