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CRISPR could help doctors attack blood cancer without destroying healthy cells

So: researchers at Washington University have found a clever way to improve blood cancer treatment using CRISPR. By removing a protein called CD33 from donor stem cells, they make these cells invisible to targeted therapies, which can then attack cancer cells without harming healthy ones. This approach could overcome a big hurdle in CAR-T therapy for aggressive blood cancers like AML and MDS. And here's the thing: early trials show promising results, including a patient who went into complete remission after receiving this innovative treatment.
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