Multi-Task Deep Learning Identifies Four MASLD Subtypes for Precision Cardiovascular–Liver–Kidney–Metabolic Management (IMAGE)

Chinese Medical Journals Publishing House Co., Ltd.

Multi-Task Deep Learning Identifies Four MASLD Subtypes for Precision Cardiovascular–Liver–Kidney–Metabolic Management

Caption

Leveraging a multi-task deep LASSO model, a novel MASLD clustering system was developed, defining distinct subtypes with unique clinical profiles and differential risks for hepatic and extrahepatic complications. This classification facilitates the precise integration of MASLD risk stratification and management within the cardiovascular–liver–kidney–metabolic framework.

Credit

Yan Bi and Tianwei Gu from Nangjing Drum Tower Hospital, and Yinghuan Shi from Nanjing University

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