View clinical trials related to Hepatitis, Chronic.
Filter by:This is an open label, randomized, multi-center, comparative study. Subjects will be screened prior to study entry to establish eligibility. 100 Subjects who meet all the selection criteria will be randomly assigned 1:1:1:1:1 to (A) QL007 100 mg QD+ Tenofovir dipirofurate fumarate （TDF）300 mg QD, (B) QL007 200 mg QD+ TDF 300 mg QD, (C) QL007 400 mg QD+ TDF 300 mg QD, (D) QL007 200 mg BID+ TDF 300 mg QD, (E) TDF 300 mg QD. The purpose of this study was to evaluate the efficacy and safety of QL-007 in combination with TDF in HBeAg positive patients with chronic hepatitis b, and to recommend a reasonable regimen for phase III study.
This is an open label, randomized, multi-center, comparative study. Subjects will be screened prior to study entry to establish eligibility. 60 Subjects who meet all the selection criteria will be randomly assigned to (A) QL007 200mg BID+ Tenofovir dipirofurate fumarate （TDF）300 mg QD, (B) QL007 200 mg BID+ Entecavir 0.5 mg QD, (C)TDF 300 mg QD, (D) Entecavir 0.5 mg QD. The purpose of this study was to evaluate the efficacy and safety of QL-007 tables in combination with TDF or Entecavir in patients with chronic hepatitis b who have received nucleoside (acid) therapy, and to recommend a reasonable regimen for phase III study.
According to the World Health Organization about 1,400,000 deaths reported annually, are related to chronic liver disease. Chronic liver disease is very prevalent in South Korea, placing a large economic burden nationwide. Subsequently, an effective and systematized approach to managing chronic hepatitis is imperative in Korea. The natural history of chronic liver disease differs greatly according to race and ethnicity. However, there is scarcity of epidemic data on chronic hepatitis based on Korean patients. Therefore, the investigators plan to establish a prospective multicenter cohort for chronic hepatitis B based on Korean patients that may be utilized for various future clinical studies on chronic hepatitis B in Korea, and thereby serve as a basis for the establishment and distribution of clinical guidelines for Korean patients with chronic hepatitis B, as part of a nationwide project supported by the Centers for Disease Control (CDC), Korea. The investigators plan to collect more than 2,000 cases per year with 6 months of regular follow-up interval as have been advised by the CDC during 10 years of the study period (from Sep. 2015) from 5 tertiary hospitals located in Korea. The investigators plan to register available cases from those who are available to agree to give written informed consent and provide their blood samples to participate in this study prospectively, according to the inclusion and exclusion criteria.
This study is a prospective study. The subject will select 440 cases of pregnant women with high hepatitis B virus load, and one group will take maternal and child blockade treatment with propofol fumarate. One group will take tenofovir disoproxil fumarate. Broken treatment, compare the failure rate of maternal and child blockade and the incidence of maternal and child adverse events in the two groups, and explore the efficacy and safety of propofol flavuril for the treatment of hepatitis B mother-infant block.
Primary Objective: To evaluate the activity of Antroquinonol in patients with chronic hepatitis B Secondary Objective: To assess the mechanism and cytokines change of Antroquinonol in patients with chronic hepatitis B
Most patients with Chronic Hepatitis B are on nucleoside analogy (NA) long term, but this leads to HBsAg loss (defined as functional cure) of only 2% at 6 years. Recently a number of studies have shown significant HBsAg loss rates after stopping nucleoside analogues (NA). However, no criteria to select such patients have been evaluated. Consequently, the objective of the study is not only to determine the proportion of patients able to achieve HBsAg loss in those with qHBsAg≤100IU/ml. The study is designed as a randomised control trial with 1:2 parallel arm randomisation to continuing NA or stopping therapy. Patients will be monitored after stopping therapy for Hepatitis B flares and also to document HBsAg loss.
This study was a clinical observational cohort study of two-way, non-intervention long-term dynamic follow-up. Enrolled in the Department of Liver Diseases, Beijing Ditan Hospital, Capital Medical University, with interferon combined with ribavirin (PR) antiviral therapy (PR treatment greater than or equal to 6 months) and/or direct acting antivirals (DAAs) In patients with chronic hepatitis C, the baseline, antiviral treatment and withdrawal follow-up data before the antiviral treatment were collected, and the patients were followed up for 3-6 months. Clinical data such as clinical biochemistry, HCV RNA and serological markers (anti-HCV), AFP and liver imaging (liver ultrasound) were collected during the study period. At least 144 weeks of observation on the virological response and clinical outcome of anti-viral treatment of chronic hepatitis C, the main evaluation index of liver cancer and decompensated liver cirrhosis after stopping the drug, and exploring the antiviral treatment of patients Long-term virological response and clinical outcomes, clarifying their influencing factors.
Entecavir 1 mg is commonly used in patients with chronic hepatitis B (CHB) patients with previous antiviral resistance. This study evaluates the efficacy and safety of switching to generic entecavir 1 mg (Baracle®, Dong-A Science Technology) in CHB patients taking brand name entecavir 1 mg (Baraclude®, Bristol-Myers Squibb) alone or in combination with other nucleos(t)ide analogues after the development of antiviral resistance. The primary aim is virological response (<20 IU/mL) at 12 months
This study is a retrospective study. Enrollment study. Enrolled in the Department of Hepatology, Beijing Ditan Hospital, Capital Medical University, Department of Liver Histology, Department of Hepatology, Chronic HBV HBV infection. The data collected included patient gender, . The data collected included patient gender, . The data collected included the patient's gender, age, HBV age of infection, past family history, etc., the age of the collected subjects, the current family history, etc., the liver histopathological diagnosis information collected in the group, and the liver disease examination Clinical toxicities and indicators, including serological diagnostic information, clinical toxicities and indicators for liver disease tests, including serological diagnostic information, clinical toxicities and indicators for liver disease tests, including serum HBV DNA HBV DNAHBV DNAHBV DNA HBV DNA content, HBsAg/HBsAg/HBsAg/HBsAg/anti-HBsHBsHBs, HBeAg/HBeAg/HBeAg/HBeAg/HBeAg/anti-HBe content, biochemical indicators coagulation function and routine data. Content, biochemical indicators, coagulation function and routine data. Content, biochemical indicators, coagulation function and routine data. Observe patient demographic data, HBV DNA HBV DNAHBV DNAHBV DNA HBV DNA content, HBsAg/HBsAg/HBsAg/HBsAg/HBsAg/anti-HBsHBsHBs, HBeAg/HBeAg/HBeAg/HBeAg/HBeAg/HBeAg/anti-HBe HBe content, biochemical indicators, coagulation Correlation between function and routine, coagulation function and conventional indicators and liver histological changes. Explore the relevance of effective diagnosis of liver changes. To explore the characteristics of clinical indicators that can effectively diagnose liver histopathological changes, and to provide clinical indicators for patients with chronic hepatitis B to receive timely treatment of histopathological changes, and provide important evidence for patients with chronic hepatitis B to receive timely treatment.
All chronic hepatitis B (CHB) patients were diagnosed and treated in the liver disease department of the Hepatology Center of Beijing Ditan Hospital affiliated to Capital Medical University and those who received antiviral therapy (interferon and nucleoside analogues) reached HBsAg<100 IU/ml. The enrolled subjects were divided into the following six observation cohorts: 1) CHB patients in the immunological control period, without any clinical treatment intervention; 2) After interferon therapy, HBsAg<100 IU/ml, continued interferon therapy; 3) After interferon therapy, HBsAg<100 IU/ml, stopped interferon treatment; 4) After interferon therapy, HBsAg<100 IU/ml, sequential nucleoside analog treatment; 5) After nucleoside analogue treatment, HBsAg<100 IU/ml, sequential interferon treatment; 6) After treated with nucleoside analogues, HBsAg<100 IU/ml, continuing the nucleoside analog treatment. The follow-up observation period was 96 weeks under non-planned intervention. During the observation period, HBV indicators and biochemical indicators, serum AFP and liver imaging (liver ultrasound) were examined regularly. The main evaluation index was the incidence of HBsAg disappearance during the observation period. Secondary evaluation indicators: the rate of HBV DNA turning positive, the rate of HBeAg turning positive and hepatitis incidence. To observe the inactive carrier status of low HBsAg content and the incidence of HBsAg disappearance, clinical outcomes and influencing factors in patients with CHB under different antiviral interventions.