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Archive: https://archive.today/OOuEp

From the post:

>Cancer cells can poison attacking immune cells by filling them with defective mitochondria ― dampening the body’s defensive forces and helping the tumour to evade eradication1. These findings, published today in Nature, provide the strongest evidence to date that mitochondria, cellular sub-structures that produce energy, migrate in humans and not just in cell and animal models. “My first thought was that this sounds crazy, like science fiction. But they seem to have the data for it,” says Holden Maecker, an immunologist at Stanford University in California, who was not involved in the research. “This is potentially a totally new biology that we were not looking at.”

Archive: https://archive.today/OOuEp From the post: >>Cancer cells can poison attacking immune cells by filling them with defective mitochondria ― dampening the body’s defensive forces and helping the tumour to evade eradication1. These findings, published today in Nature, provide the strongest evidence to date that mitochondria, cellular sub-structures that produce energy, migrate in humans and not just in cell and animal models. “My first thought was that this sounds crazy, like science fiction. But they seem to have the data for it,” says Holden Maecker, an immunologist at Stanford University in California, who was not involved in the research. “This is potentially a totally new biology that we were not looking at.”

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