2005Zhonghua yixue zazhiRequires access

Diagnosis and management of early hepatic artery thrombosis after liver transplantation

Wang Yu-q

Open publisher page 2 citations

Abstract

Objective To explore the diagnosis and management of early hepatic artery thrombosis (HAT) after liver transplantation. Methods Routine examination of Color Doppler Imagine (CDI) was used to detect hepatic artery flow after liver transplantation in 220 cases from April 2001 to November 2004. Suspected patients were further confirmed by immediate hepatic artery angiography, and continuous infusion of urokinase through hepatic artery with catheter was performed to the patients with HAT. Results HAT was identified in 6 patients (2.7%), occurring 5.5 days (2 ~19 days) after liver transplantation. Hepatic artery recanalization was obtained in 6 cases. One patient died from lung infection 2 months after liver transplantation. One patient underwent the second liver transplantation because of the recurrence of HAT 6 months after the first transplantation, but died from multiple system organ failure 2 months after the operation. The other 4 cases have been surviving well disease-freely.Conclusions CDI is useful for the diagnosis of early HAT after liver transplantation. Contributes to recovery of the hepatic artery flow, continuous infusion of urokinase through hepatic artery with catheter may be the first choice of the therapy for early HAT.

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Objective To explore the diagnosis and management of early hepatic artery thrombosis (HAT) after liver transplantation. Methods Routine examination of Color Doppler Imagine (CDI) was used to detect hepatic artery flow after liver transplantation in 220 cases from April 2001 to November 2004. Suspected patients were further confirmed by immediate hepatic artery angiography, and continuous infusion of urokinase through hepatic artery with catheter was performed to the patients with HAT. Results HAT was identified in 6 patients (2.7%), occurring 5.5 days (2 ~19 days) after liver transplantation. Hepatic artery recanalization was obtained in 6 cases. One patient died from lung infection 2 months after liver transplantation. One patient underwent the second liver transplantation because of the recurrence of HAT 6 months after the first transplantation, but died from multiple system organ failure 2 months after the operation. The other 4 cases have been surviving well disease-freely.Conclusions CDI is useful for the diagnosis of early HAT after liver transplantation. Contributes to recovery of the hepatic artery flow, continuous infusion of urokinase through hepatic artery with catheter may be the first choice of the therapy for early HAT.

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Available abstract

Objective To explore the diagnosis and management of early hepatic artery thrombosis (HAT) after liver transplantation. Methods Routine examination of Color Doppler Imagine (CDI) was used to detect hepatic artery flow after liver transplantation in 220 cases from April 2001 to November 2004. Suspected patients were further confirmed by immediate hepatic artery angiography, and continuous infusion of urokinase through hepatic artery with catheter was performed to the patients with HAT. Results HAT was identified in 6 patients (2.7%), occurring 5.5 days (2 ~19 days) after liver transplantation. Hepatic artery recanalization was obtained in 6 cases. One patient died from lung infection 2 months after liver transplantation. One patient underwent the second liver transplantation because of the recurrence of HAT 6 months after the first transplantation, but died from multiple system organ failure 2 months after the operation. The other 4 cases have been surviving well disease-freely.Conclusions CDI is useful for the diagnosis of early HAT after liver transplantation. Contributes to recovery of the hepatic artery flow, continuous infusion of urokinase through hepatic artery with catheter may be the first choice of the therapy for early HAT.

Key concepts: Medicine, Liver transplantation, Transplantation, Artery, Thrombosis, Urokinase, Surgery, Angiography

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