Latest News

28 May 2026
CYSL Inaugural Meeting Held with Great Success in Barcelona

The inaugural meeting of the International Chinese Young Scholars Alliance for the Study of the Liver (CYSL) was successfully held at the Fira Barcelona Gran Via Conference Centre, bringing together young hepatology researchers from around the world for a day of scientific exchange and collaboration.

28 May 2026
Bridging Talents Across Borders — Interview with CYSL Steering Committee

Six CYSL Steering Committee members share insights on the alliance's mission to empower young Chinese liver researchers worldwide through mentorship and global collaboration.

28 May 2026
Global Vision, Youth Leadership — CYSL Inaugural Annual Meeting

The inaugural CYSL Annual Meeting in Barcelona brought together top journal editors and young Chinese researchers for a day of scientific exchange and mentorship.

28 May 2026
CYSL Rising Star: Dr. Yee Hui Yeo on Precision DPMAS Therapy

CYSL Starlight Corridor podcast features Dr. Yee Hui Yeo from Cedars-Sinai Medical Center, sharing his Best Abstract award-winning research on personalised DPMAS treatment in liver failure.

Latest Publications

2024
GLP-1 Receptor Agonists Lower Risk of Major Adverse Liver Outcomes in CLD and T2D

A large Swedish cohort study finds GLP-1 RAs associated with reduced risk of liver decompensation and HCC in patients with chronic liver disease and type 2 diabetes. — Gut

2025
Cause-Specific Mortality in 13,099 MASLD Patients in Sweden

Nationwide study reveals excess mortality in MASLD driven by liver-related deaths, extrahepatic cancers, and cardiovascular disease, especially in advanced fibrosis. — J Hepatol

2025
Blood Inflammation Markers Predict Severity of Acutely Decompensated Cirrhosis

Type-1/2/3 inflammatory signatures stratify severity in acutely decompensated cirrhosis, enabling precision immunophenotyping for targeted management. — J Hepatol

2026
Two-Step Care Pathway Predicts MASLD-Related Advanced Fibrosis in T2D

Sequential FIB-4 + LSM screening pathway efficiently detects advanced fibrosis in type 2 diabetes, reducing unnecessary referrals while maintaining accuracy. — Gut