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JoVE Journal
Cancer Research
Growing Desmoplastic Three-Dimensional Pancreatic Cancer Spheroids from Co-Culture
Growing Desmoplastic Three-Dimensional Pancreatic Cancer Spheroids from Co-Culture
JoVE Journal
Cancer Research
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JoVE Journal Cancer Research
Growing Desmoplastic Three-Dimensional Pancreatic Cancer Spheroids from Co-Culture

Growing Desmoplastic Three-Dimensional Pancreatic Cancer Spheroids from Co-Culture

Full Text
2,106 Views
03:42 min
September 27, 2024

DOI: 10.3791/66625-v

Rishabh Bahl1, Cindy Venegas Mata1, Benedikt Neth1, Lara Meinzinger1, Annika Celine Deppe1, Haley Jahnke1, Camryn Blackwell1, Mikhail Durymanov1, Joshua Reineke1

1Department of Pharmaceutical Sciences,South Dakota State University

Pancreatic cancer remains one of the toughest cancers to treat. Therefore, it is critical that pre-clinical models evaluating treatment efficacy are reproducible and clinically relevant. This protocol describes a simple co-culture procedure to generate reproducible, clinically relevant desmoplastic spheroids.

3D spheroid cultures are increasingly used to answer mechanistic questions about tumor growth and serve to screen new therapeutics. Therefore, it is critical that these models are clinically representative. We focus on replicating the desmoplasia seen in many cancers, including pancreatic cancer, using this technique.

Spheroid cultures have evolved to incorporate patient-derived cells, complex co-cultures with immune cells, and physiological structures like vasculature. Additionally, microfluidic technology is employed for high-throughput screening and creating organ on-a-chip systems. Multi-omic profiling in spheroids is now utilized to gain mechanistic insights.

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Desmoplastic Pancreatic Cancer3D Spheroid CulturesCo-cultureTumor GrowthClinical RepresentationPatient-derived CellsImmune CellsExtracellular Matrix (ECM)Microfluidic TechnologyOrgan-on-a-chipMulti-omic ProfilingPancreatic Ductal Adenocarcinoma (PDAC)Drug Therapy BarriersRobust ECM GenerationTherapeutic Screening

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