中国科学家将首个猪肝植入脑死亡人类体内
Chinese Scientists Implant First Pig Liver Into Brain-Dead Human

原始链接: https://www.zerohedge.com/markets/chinese-scientists-implant-first-pig-liver-brain-dead-human

据《南华早报》报道,中国科学家本周进行了一项开创性的手术,将世界上第一个基因编辑猪肝植入脑死亡的人体内。 目标是通过使用猪肝代替人肝来解决器官短缺问题。 经过改造以降低排斥风险的肝脏在四天后没有表现出不良反应。 如果成功的话,可能会使数百万人受益于肝病,肝病每年导致全球超过 200 万人死亡,特别是在像中国这样的国家,每年肝衰竭人数约为 50 万人。 以前对猪器官的使用尝试涉及暂时移植它们或调查它们在研究中的用途。 然而,确保人体内的正常功能和整合会产生复杂性。 专家建议探索辅助移植。 尽管取得了初步成功,但在广泛实施之前还需要进一步研究和改进。

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原文

Who says nothing interesting ever happens in the world anymore? This week, in a "first of its kind" operation, a brain-dead human subject was implanted with the world's first gene-edited pig liver transplant, according to SCMP

In what could be a pioneering move, Chinese scientists have transplanted a gene-edited pig liver into a human, aiming to potentially mark a solution to organ shortages, the report says.

The liver was modified to reduce rejection risks and was implanted into a brain-dead recipient, showing no rejection signs four days post-operation, as per the Air Force Medical University. SCMP writes that this procedure could significantly aid those with end-stage liver disease, possibly revolutionizing liver transplants. 

Gene editing advancements in China also promise to enhance efficiency and accessibility in plant modification, reflecting broader strides in medical innovation, the report continues.

SCMP notes that liver diseases annually claim 2 million lives globally, with China alone witnessing up to 500,000 new cases of liver failure yearly. Xenotransplantation, the process of transplanting organs across species, could be a hopeful strategy, especially for liver ailments, given the complexity and scarcity of human livers for transplantation.

While pig organs have been previously used in research, the liver's complexity means there needs to be innovative surgical approaches, such as auxiliary transplants, to ensure effective integration and function within the body, according to SCMP

This development signals a critical step toward more sustainable organ transplant solutions, addressing both the technical challenges and the dire need for viable organs.

The Air Force Medical University commented: “From this perspective, xenogenic liver transplantation has great clinical application value.”

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