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Ultracompact magnetically levitated BiVAD for low-body-weight pediatrics
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作者 Yixuan Wang Jincheng Hou +3 位作者 Weihua Qiao Shunzhou Yu Cheng Zhou Nianguo Dong 《The Innovation》 2025年第12期19-21,共3页
End-stage heart failure has become a major global health challenge.1 The global scarcity of pediatric donor organs results in an insufficient number of annual heart transplantations to meet the clinical demands of chi... End-stage heart failure has become a major global health challenge.1 The global scarcity of pediatric donor organs results in an insufficient number of annual heart transplantations to meet the clinical demands of children with end-stage heart failure.2 While ventricular assist devices(VADs)serve as an effective alternative to heart transplantation,only 448 pediatric VAD implantations were reported in the United States from 2012 to 2021,according to the Pediatric Interagency Registry for Mechanical Circulatory Support(PediMACS).3 Similarly,pediatric VAD utilization in Europe has remained limited over the past two decades.Currently,only first-and second-generation pumps are internationally available for children,with no third-generation,fully magnetically levitated VADs specifically designed for pediatric use.The most commonly used HeartMate III is restricted to older children.4 Notably,China currently lacks dedicated VADs specifically designed for infants and young children. 展开更多
关键词 ventricular assist devices vads serve heart transplantationonly end stage heart failure heart transplantations low body weight pediatrics ultracompact magnetically levitated bivad global health challenge mechanical circulator
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