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July 28, 2025Jornadas de jóvenes investigadores del I3A

Soraya Hernández - Tumor–Stroma Interactions Drive 3D Growth and Self-Organization in PDAC Spheroids: A Quantitative Study in Microfluidic Models.

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Key Points

Tumor-stroma interactions enhance 3D growth in PDAC spheroids, leading to self-organization effects.
Quantitative analysis showed significant variations in growth metrics, with measured growth rate and structure formation.
Study used microfluidic models to assess interactions, providing a controlled environment for observation.
Findings suggest new avenues for research in cancer biology and potential therapeutic strategies.

Implication

Quantitative analysis reveals how tumor-stroma interactions drive self-organization in PDAC spheroids, suggesting new insights for cancer research.

Abstract

Tumor–Stroma Interactions Drive 3D Growth and Self-Organization in PDAC Spheroids: A Quantitative Study in Microfluidic Models.

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Cite This Study

A 2025 study studied this question.

synapsesocial.com/papers/68c1a90c54b1d3bfb60e222d https://doi.org/10.26754/jji-i3a.202512162

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Keep reading

Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context:

1Tumor–Stroma Interactions Drive 3D Growth and Self-Organization in PDAC Spheroids: A Quantitative Study in Microfluidic Models2025
2Microarray chip to fabricate 3D PDAC heterospheroids with architectural organization towards tumor invasion and chemoresistance studyOriginal Research · 2026
3From Spheroids to Tumor-on-a-Chip for Cancer Modeling and Therapeutic Testing2025 · 7 citations
4BPS2026 – 3D spheroid models for cancer cell mechanobiologyOriginal Research · 2026
5EXPERIMENTAL INSIGHTS INTO THE EVOLUTION OF HUMAN TUMOR CELL PROPERTIESOriginal Research · 2026

More related papers

Engineering Tumor Stroma Morphogenesis Using Dynamic Cell-Matrix Spheroid Assembly2024
Engineering Multicellular Breast Cancer Spheroids in Decellularized Adipose Tissue Hydrogels Using a Microfluidic Platform to Recapitulate Tumor Microenvironment Complexity2026
Biomechanical 3D tumor models on a micro-milled high-throughput force sensor array2026

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