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Chinese scientists grow heart’s ‘master conductor’ that could replace pacemaker

Scientists in Shanghai have used stem cells to create the world’s first laboratory-grown sinoatrial node – the tiny structure that acts as the heart’s natural pacemaker. Capable of beating autonomously, the organoid is a breakthrough that researchers say could transform cardiac disease research and

Chinese scientists grow heart’s ‘master conductor’ that could replace pacemaker

Scientists in Shanghai have used stem cells to create the world’s first laboratory-grown sinoatrial node – the tiny structure that acts as the heart’s natural pacemaker. Capable of beating autonomously, the organoid is a breakthrough that researchers say could transform cardiac disease research and drug screening. The heart’s ability to beat continuously and rhythmically depends on the sinoatrial

Science SCMP May 23, 2026

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