Accelerating Science Feature

How to decode cancer biology and behavior

Unravel the complex molecular pathways that drive cancer in our feature on its biology and behavior.

Here, we shed light on current research on cancer genetics and mechanisms of action and share insights from scientists in the field about how they are uncovering key processes to advance our understanding of how cancer works. From the study of the tumor microenvironment and cell signaling pathways to epigenetics and biomarker research, stay at the forefront of oncology with this page of expert resources, interviews, and insights into the latest discoveries.

Synthetic DNA: The fabric of modern cancer research

Synthetic DNA is accelerating cancer research by enabling rapid, precise modeling of genetic mutations, improving diagnostics, advancing the personalization of therapies, and driving the development of innovative treatments.

With unmatched speed and flexibility, synthetic DNA is helping researchers unlock deeper insights into tumor biology, resistance mechanisms, and therapeutic strategies, bringing new hope for faster breakthroughs in cancer care.

This free guide from Twist Biosciences explores the many ways that synthetic DNA is used in modern cancer research. Download your copy here to learn about the technology that is empowering researchers to overcome the frustration that has long characterized cancer research.

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Applications, advancements, and future perspectives for microplate readers in cancer research

Microplate readers are indispensable instruments in studying cancer at a cellular level. This eBook from Molecular Devices provides an insightful and comprehensive overview of the science behind these versatile devices, their role in cancer research, the types of assays and applications that have benefited from using microplate readers, and the breakthrough discoveries made possible by their implementation.

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Discover unparalleled flexibility for diverse live-cell assays for cancer research

In the dynamic world of cancer research, the ability to adapt and explore diverse scientific questions is paramount. Discover how the built-in flexibility of ALIT LifeTech's new Spica M1 system enables seamless transitions between different assays, allowing investigation of multiple cellular processes with existing tools in your own laboratory.

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How to design relevant in vitro models for optimal cancer research

Whether cultivating cell lines into spheroids or stem cells or primary cells into organoids, certain criteria need to be validated. In essence, for a model to generate valuable, relevant data, it has to successfully replicate in vivo conditions. In this free resource from Celvivo, explore advanced in vitro cancer models comparing 2D, 3D, and in vivo techniques. Learn about cell culture methods, validation processes, and their impact on cancer research and drug development.

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A literature review of cryopreservation in cancer research

Cancer research relies heavily on the ability to preserve viable cells and tissues for long-term study, reproducibility, and therapeutic development. Reliable cryopreservation is critical for maintaining the integrity of tumor samples, patient-derived models, and functional assays. Bambanker™, a serum-free, ready-to-use cryopreservation medium from NIPPON Genetics, has been increasingly adopted in oncology research studies due to its ease of use, high post-thaw viability, and compatibility with a wide range of sample types.

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