Beyond Viral Suppression: Predictors of HBV Outcomes, Cure Potential, and HCC Risk

This session will explore how clinical and molecular markers can inform prognosis and therapeutic strategy in chronic hepatitis B. Presentations will compare the impact of current antiviral therapies on hepatocellular carcinoma (HCC) risk and examine how partial virologic responses and HBsAg decline correlate with long-term outcomes. The session will also address the evolving role of therapy discontinuation in HBeAg-negative patients, the utility of quantitative HBsAg and HBV RNA in distinguishing inactive carriers from those with partial cure, and the predictive value of biomarkers in selecting candidates for functional cure.

Clinical Management of Portal Hypertensive Complications: Hepatic Encephalopathy and Renal Failure

This abstract session will present the latest research on complications of portal hypertension, including hepatic encephalopathy, ascites, and HRS-AKI. Authors will present novel findings and innovative approaches in diagnosing and managing these conditions, which are pivotal challenges in patients with advanced liver disease.

Therapy for Hepatobiliary Cancers

The therapeutic options for patients with hepatobiliary cancers are expanding, and at the same time the impact of comorbidities on outcomes has become clearer.  Participants will learn about the influence of  MASLD, tumor buden and liver heatlh on treatment success; the potential of immuotherapy in HCC; and consider surgical treatment options in hepatobiliary cancers.

Next-generation HBV Therapeutics: Emerging Therapies and Search for Functional Cure

This session will feature translational and early-phase clinical studies that are advancing the therapeutic landscape for chronic hepatitis B. Highlights include a novel capsid assembly modulator, early stage HBV immune modulation trial, therapeutic vaccines, antisense oligonucleotides in combination with pegylated interferon, and a preclinical study of an epigenetic editing agent demonstrating HBV surface antigen loss through targeted DNA methylation. Together, these studies showcase innovative pathways toward viral suppression and functional cure.<br />
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