Scientists from Hacettepe University constructed a #BreastCancer stem cell #organoid-like model and evaluated tumorigenicity through targeting the 3D structure with oleuropein.
Targeting resistant breast cancer stem cells in a three-dimensional culture model with oleuropein encapsulated in methacrylated alginate microparticles.
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May 2024 – Jun 2025Where it's discussed
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What people are saying
The discussions showcase strong enthusiasm for the study, with mentions of specific techniques like encapsulating oleuropein in 3D models and references to the therapeutic potential, using words like 'innovative,' 'promising,' and 'exciting,' which underscore both high interest and perceived impact.
Most discussions express strong support and alignment with the significance of targeting resistant breast cancer stem cells using innovative methods like oleuropein encapsulation.
Participants demonstrate high curiosity and enthusiasm for the research, highlighting potential therapeutic advancements.
Comments include appreciation for the experimental models and potential clinical impact, indicating meaningful participation.
The discussions recognize the research's potential to influence future treatments and improve understanding of breast cancer resistance mechanisms.
Abstract in brief
- Cancer stem cells (CSCs) are crucial in tumor development and resistance to treatments, and oleuropein, a compound from olive leaves, has promising anti-cancer properties by killing CSCs and enhancing chemotherapy effectiveness.
- The study focuses on targeting resistant CSCs using oleuropein encapsulated in methacrylated alginate (OLE-mALG) within a realistic tumor environment to improve treatment outcomes.
- Methods included creating a 3D breast cancer model and testing this OLE-mALG for its ability to reduce CSC viability and induce apoptosis, ensuring effective delivery and performance of the compound.
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Scientists from Hacettepe University constructed a #BreastCancer stem cell #organoid-like model and evaluated tumorigenicity through targeting the 3D structure with oleuropein.