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Home / Health / Ovarian Cancer Cells Recruit 'Help' to Spread

Ovarian Cancer Cells Recruit 'Help' to Spread

7 Feb

•

Summary

  • Ovarian cancer cells fuse with mesothelial cells to spread.
  • Hybrid cells travel further and resist chemotherapy better.
  • New treatments may target cell fusion or specific proteins.
Ovarian Cancer Cells Recruit 'Help' to Spread

A significant breakthrough in understanding ovarian cancer's rapid spread has been announced by researchers at Nagoya University. The study revealed that ovarian cancer cells strategically "recruit help" from mesothelial cells, which normally line the abdominal cavity.

These mesothelial cells then "lead the invasion," allowing the cancer cells to travel throughout the body. The fusion creates "hybrid spheres" that are more resilient and resistant to chemotherapy than cancer cells alone.

This unique mechanism, where cancer cells manipulate mesothelial cells to create pathways, explains the aggressive nature of ovarian cancer. Unlike other cancers that spread via the bloodstream, ovarian cancer cells utilize this cellular fusion to disseminate.

The discovery opens promising avenues for future treatments. Potential therapies could focus on blocking the protein TGF-β1, which facilitates the transformation of mesothelial cells, or on preventing the fusion of these different cell types altogether. Researchers also suggest monitoring these hybrid cell clusters could predict disease progression and treatment efficacy.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
Ovarian cancer cells fuse with mesothelial cells, which then help them travel and spread throughout the body.
The hybrid cells formed by ovarian cancer and mesothelial cells travel further and are more resistant to chemotherapy.
Future treatments might involve blocking the protein TGF-β1 or preventing the fusion between cancer and mesothelial cells.

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