Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0036690 (sepsis)
 59,461 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

The role of emergency endoscopic nasobiliary drainage (NBD) in the management of severe acute cholangitis was evaluated by comparing the outcome of 15 patients who underwent the procedure as an initial treatment with that of 20 patients who underwent emergency surgery. Biliary sepsis was successfully controlled without complication in all 15 patients by the insertion of a 7F nasobiliary catheter through a limited papillotomy. Subsequent definitive elective treatment included endoscopic stone clearance (n = 6), common duct exploration (n = 8), and bili-enteric reconstruction (n = 1). Among the 20 patients who had surgical treatment, cholecystectomy (n = 11), cholecystostomy (n = 1), and transhepatic intubation (n = 1) were done in addition to common duct exploration. Although patients undergoing endoscopic NBD were significantly older (75.3 years vs 60.1 years; p less than 0.05) and more jaundiced (total bilirubin, 120.3 mmol/L vs 70.4 mmol/L; p less than 0.05), comparable morbidity (40% vs 65%) and mortality (6.7% vs 20%) was observed. Initial endoscopic NBD provides a safe and effective therapeutic option for the management of fulminant biliary sepsis. Among patients with complicated ductal anatomy, endoscopic NBD should first be attempted because, when successful, definitive reconstruction may be performed on an elective basis. The value of its routine application for all patients, however, remains to be validated by further clinical studies.
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PMID:Severe acute cholangitis: the role of emergency nasobiliary drainage. 230 46

Acute cholangitis remains a life-threatening complication of biliary obstruction, particularly in the elderly with comorbid disease or when there is a delay in diagnosis and treatment. The initial management consists of fluid resuscitation, correction of coagulopathy, and administration of broad-spectrum antibiotics. The choice of antibiotics should cover both gram-negative and gram-positive organisms associated with cholangitis until the results of a blood culture are available. The timing and choice of biliary decompression varies depending on the response to antibiotic therapy, the presence of comorbid disease, and the underlying cause. Biliary sepsis resolves in most patients with conservative treatment, thus allowing time to perform more detailed non-interventional imaging (e.g., spiral computed tomography [CT], magnetic resonance cholangiopancreatography [MRCP]) to determine the underlying cause and level of biliary obstruction. Those with cholangitis who do not respond to conservative therapy will require urgent biliary decompression. In patients with choledocholithiasis, endoscopic drainage is now the treatment of choice or, if this fails, transhepatic biliary decompression is a useful alternative. Various endoscopic options are available for managing choledocholithiasis, ranging from endoscopic papillotomy (EP) and extraction of stones, to the placement of a biliary drainage system. In patients who respond to antibiotic therapy, EP with stone extraction is preferred, while in those with ongoing sepsis and multiple large stones, the placement of a stent with or without an EP is the safest option. Transhepatic biliary drainage is now reserved for failure of endoscopic drainage and for patients with suspected hilar cholangiocarcinoma or intrahepatic stones. Surgical biliary decompression is seldom required in the emergency setting, but still plays an important role in the definitive treatment of the underlying cause.
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PMID:Management of cholangitis. 1471 59