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  • 6 weeks ago
A team of researchers from the MRC Laboratory of Medical Sciences at Imperial College London and the UCL Genetics Institute has mapped out the cellular structure of breast tumors, revealing concealed areas of inactive cancer cells that could clarify the reasons behind the disease's recurrence years post-treatment. Distinct from rapidly multiplying tumor cells, these inactive cells seem to enter a state of dormancy, enabling them to escape chemotherapy's effects before potentially reactivating later. The study reveals that dormant cells are often encircled by immune and connective tissue cells, which may provide a protective barrier against treatment. As reported in Genome Medicine, these insights suggest that future breast cancer therapies must consider targeting both the actively dividing tumors and the dormant cells that linger nearby.
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00:00Scientists may have finally found where breast cancer hides after treatment ends.
00:04Researchers from Imperial College London and the MRC Laboratory of Medical Sciences
00:09have built one of the most detailed cellular maps of breast tumors yet,
00:13and they've found hidden pockets of dormant cancer cells tucked inside.
00:17Unlike fast-dividing tumor cells, these dormant cells appear to hibernate,
00:22essentially going quiet so they can slip past chemotherapy undetected before waking back up later.
00:27The team discovered these sleeping cells are frequently surrounded by immune cells
00:32and connective tissue that may act like a protective shield, physically guarding them from treatment.
00:37The findings, published in the journal Genome Medicine,
00:41suggest that future breast cancer therapies may need to do more than attack the fast-growing tumor.
00:46They may also need to target these dormant cells and the protective neighborhoods around them,
00:51offering a possible new path toward stopping the disease from ever coming back.
00:55Disclosure. This video contains stock footage and content created or enhanced using AI-assisted tools.

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