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Opinion Review
Copyright: ©Author(s) 2026.
World J Gastroenterol. Jul 28, 2026; 32(28): 117181
Published online Jul 28, 2026. doi: 10.3748/wjg.117181
Table 1 Selected Asian cohort studies linking metabolic dysfunction-associated steatotic liver disease or metabolic dysfunction-associated steatotic liver disease to cardiovascular outcomes
Ref.
Study population
Sample size
Outcome
Key finding
Effect size
[21]Korea9584399Composite CVD eventMASLD identified a larger, more cardiometabolically complex population than MASLDHR 1.43 for MASLD-only; HR 1.56 for both-FLD vs neither
[22]Korea351068Incident MI or strokeMASLD independently increased CVD riskSHR 1.19 vs no SLD
[23]Korea104399Incident CVDExcess risk in MASLD concentrated in FIB-4-defined fibrosisHR 2.27 for MASLD with FIB-4 ≥ 1.3
[24]Taiwan26676Incident HFMASLD associated with HF, especially HFpEFSHR 2.59 for HF; SHR 1.91 for HFpEF
[25]Korea2773Coronary artery calcificationBoth labels associated with CAC, but MASLD tracked severe CAC more consistentlyaOR 1.21 for CAC and 1.38 for severe CAC
[26]China
203Obstructive CAD and high-risk plaqueMASLD predicted adverse plaque anatomy and physiologyaOR 2.44 for obstructive CAD; 2.52 for HRP; 3.53 for FFRCT ≤ 0.8
[27]Taiwan6058Coronary artery calcificationFIB-4 provided incremental referral value within MASLDOR 1.217 per FIB-4 unit for CAC presence
[28]Korea8622Any plaque and obstructive CADSAFE score and MASLD both stratified subclinical coronary atherosclerosisMASLD OR 3.64 for obstructive CAD; higher SAFE strongly associated with plaque and obstruction


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