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Oncotarget

Novel GEM Model Unveils PLK1’s Role in Tumorigenesis

Jun 30, 2023
Delve into the dark and bright sides of PLK1 in tumorigenesis as researchers unveil a novel GEM model to study its oncogenic potential. Learn how abnormal PLK1 expression contributes to chromosomal instability and potential therapeutic opportunities for targeted cancer treatments.
05:11

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Quick takeaways

  • PLK1 upregulation in tumor cells suggests its role in tumorigenesis.
  • New GEM model demonstrates PLK1-induced tumor formation, offering insights for potential therapeutic strategies.

Deep dives

The Role of PLK1 in Tumor Genesis

PLK1, a key player in the cell cycle, has been found to be upregulated in tumor cells, potentially contributing to tumor genesis. Researchers faced challenges due to the lack of suitable animal models for experimentation. A new genetically engineered mouse model, developed in 2021, demonstrated that high PLK1 expression leads to spontaneous tumor formation by inducing chromosomal instability and abnormal cell division, offering insights into potential therapeutic approaches for cancers with chromosomal instability.

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