Active clinical trials for "Hepatic Insufficiency"

VTI had established other clinical protocols to study the effects of ELAD® plus standard therapy compared with standard therapy alone in patients with acute on chronic (AOCH) (VTI-201, VTI-206) and fulminant hepatic failure (FHF) (VTI-202) and acute alcoholic hepatitis (AAH). However, liver failure (LF) patients who do not qualify for other protocols may benefit from ELAD use. In order to accommodate physician requests for the use of ELAD in LF patients who do not qualify for open Protocols, without the need to resort to individual Emergency Use INDs for each case, VTI has developed a Treatment Protocol with Cost Recovery to provide for expanded access to ELAD for those with LF. This uncontrolled Treatment Protocol has been designed to provide expanded access to ELAD in subjects with LF while assuring that sufficient data are collected to adequately monitor ELAD safety when used in this setting at multiple centers in the United States.

Introduction: Hepatic insufficiency is a complication that puts the life of the patient undergoing resective surgery at risk. Thus, the diagnosis should be made early. The current gold standard allows its diagnosis on the fifth postoperative day. Indocyanine green is a water soluble dye. When administered intravenously, it binds to plasma proteins and it is removed unchanged by bile, without experiencing enterohepatic recirculation, which allows estimating the function of hepatocytes and the function of hepato-splacnic flow. There is a measurement system named "Non-invasive liver function monitor" (LiMON®, PULSION Medical Systems, Munich, Germany), which allows the measurement of indocyanine green clearance at the patient's bedside. Justification: The use of indocyanine green plasma disappearance during the perioperative period tries to know the exact value of the hepatic function in the most real conditions, when the excision has been performed, thus giving the investigators the actual value of the unresected liver. This allows te investigators to estimate the risk of hepatic insufficiency development that can lead to hepatic failure. Due to the characteristics of the test, it could get reliable results earlier than the current "gold standard " (50:50 Criteria on the 5th postoperative day). Hypotheses and Objectives: The investigators hypothesized that the determination of the hepatic reserve by identifying the indocyanine plasma clearance in real time after hepatic parenchymal resection could lead to a more accurate and earlier statement of the hepatic reserve than current tests. The aim of the study is to determine the usefulness of indocyanine green in the perioperative period to early diagnosis of hepatic failure. Materials and Methods: A prospective observational post-authorization study (EPA-SP) is performed to study de usefulness of indocyanine green. The study was approved by the Ethics and Clinical Research Committee of the University General Hospital of Ciudad Real. Surgical patients scheduled for liver surgery, who agreed to be included in the study and signed an informed consent, were included in the study over a two-year period, after having understood the study objectives and its possible complications. Measurements were performed with the LiMON® monitor prior to liver resection and on the first postoperative day to patients undergoing liver resection surgery and compared with gold standard.

Researchers designed this study to compare the value of the conventional circular region-of-interest (ROI) and whole-liver histogram-based analysis on gadoxetic acid disodium (Gd-EOB-DTPA)-enhanced T1 map for predicting postoperative liver failure (PHLF). Researchers collected and analyzed the data of patients who underwent partial hepatectomy for focal liver lesions. Researchers drew circular ROIs on Gd-EOB-DTPA-enhanced T1 maps to get the mean T1 values. Researchers used a multiparametric analysis software to get histogram parameters. Then researchers compared the differences of these parameters between the PHLF group and non-PHLF group.

The goal of the study is to determine whether intravenous glucose administration before liver resection preserves hepatic glycogen resulting in improved hepatic metabolic function after the operation. We further investigate whether the benefit of avoiding preoperative fasting is more pronounced in patients undergoing more extensive liver resection.

To test whether patients with hepatic insufficiency can tolerate one oral dose of 9-cis-retinoic acid and to test whether the metabolism of retinoic acid is altered.

Acute on chronic liver failure (ACLF) is a distinct entity encompassing the acute deterioration of liver function, culminating in multiple organs failure and high short-term mortality. Currently, there are differences in definitions and descriptions between western and eastern types of ACLF, especially in the definition of chronic liver disease and its precipitating events. The CANONIC (EASL-CLIF ACLF in Cirrhosis) study put forward CLIF-SOFA (chronic liver failure-sequential organ failure assessment) scores as the clinical diagnostic criteria of ACLF in 2013. Although the Asian Pacific Association for the Study of the Liver (APASL) reached a consensus for diagnostic criteria of ACLF in 2008, it is based on expert opinion. This prospective multicenter clinical trial is launched to clarify the eastern type of ACLF (HBV related) and estimate whether the eastern and western (alcoholic related) types are homogenous. 3 key points of concern are: (1) Whether HBV and non-HBV ACLFs are belonged to a homogenous disease entity which share the same diagnostic criteria, disease grades classification and prognostic model? (2) Whether acute deteriorating patients from cirrhosis or from mild fibrosis (S1-S2) belong to a homogenous entity? (3) To clarify if there are heterogenous groups in APASL criteria diagnosed ACLF patients. 14 Chinese national wide liver centers have been included. Continuous hospitalized chronic liver disease patients of various etiologies (including both cirrhotic and non-cirrhotic) with acute decompensation (AD) or acute hepatic injury (ALI) (aminotransferase > 3NL(normal level)) will be recruited from January to December 2015. Biochemical parameters, organ failure will be collected and evaluated at day 1,4,7,14,21 and 28 after enrollment. Patients'death and LT (liver transplantation) are the primary and secondary endpoints of observation. Mortality and LT rate will be calculated at 28 days,90 days,180 days,1 year and 2 years after enrollment. Considering there will lack of liver biopsy in most of the patients, both CT and FibroScan as supplementary methods to differentiate non-cirrhotic patients. The patients will be continuously followed up once a month until the 24th month after hospital discharging and follow similar hospitalization process again whenever they have new ALI or AD. Data about the patients from stable chronic liver disease to deterioration will be acquired analyzed according to the questions hoped to resolve.

Post-hepatectomy liver failure is one of the most feared complications by hepatic surgeons. When size of the future liver remnant (FLR) is regarded to be not sufficient to sustain post-hepatectomy liver function, techniques as preoperative portal vein embolization or two-stage hepatectomy/associating liver partition and portal vein ligation (ALPPS) can be performed. ALPPS induces rapid and extensive hypertrophy by portal vein ligation and in situ liver splitting. To date, feasibility of the second stage of ALPPS has been assessed only on the basis of standardized future liver remnant or future liver remnant on body weight. However, decrease of liver function between stages, measured by means of laboratory parameters, has been demonstrated to be associated with higher 90-day mortality, regardless of FLR volume. In other words, this volumetric increase may not reflect the increase of liver function.

Indocyangreen (ICG)is totally biliary eliminated and corresponds to hepatocyte function and liver perfusion. The ICG-clearance will be evaluated as a prognostic marker in liver disease.

The definition and diagnostic criteria of acute-on chronic liver failure (ACLF) differed evidently between the East and the West due to the difference in the underlying etiology. Liver transplantation is the most effective treatment to reverse the progress of ACLF and improve the survival rate of patients. The purpose of this study is to explore the accuracy of the two diagnostic criteria of EASL-CLIF and APASL ACLF in assessing the survival rate of patients with liver cirrhosis after LT.

This study is to investigate the long-term outcomes and prognostic risk factors in patients recovered from hepatitis B virus related acute on-chronic liver failure.