Explore Cytoskeleton’s small G-protein research solutions including GTPases, G-LISA® activation assays, antibodies, activators, inhibitors, and GEF proteins. Enjoy 15% off selected products from May 15 to June 30, 2026.

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Explore how SmartSphero™ technology enables the generation of uniform, anchored spheroids for reproducible 3D cell culture and drug screening applications.

Discover how cytokine profiling enables accurate assessment of CAR-T activity across exploration, profiling, quantification, and validation stages.

Compare three optimized hyaluronic acid assays and select the right solution based on your sample type, sensitivity needs, and workflow.

Human ioOPC-like cells from bit.bio offer researchers a fast, reliable and physiologically relevant in vitro model for studying demyelinating and neurodegenerative diseases. Ready to use in days, these cryopreserved iPSC-derived cells proliferate, express key OPC markers, and mature into oligodendrocyte-like cells, helping accelerate CNS research with greater consistency.

Explore how mRNA–LNP-delivered bispecific antibodies enable rapid, flexible evaluation of T-cell activation and tumor cell killing, with in vitro and in vivo validation demonstrating strong therapeutic potential.

Stay ahead in your research with your monthly Tebubio newsletter—your go-to source for innovative reagents, expert services, and insightful articles. Curated to bring you the most relevant products, services and knowledge resources, it helps you focus on what truly matters—your research.

Human Platelet Lysate (hPL) is a xeno-free, human-derived alternative to FBS, supporting reproducible cell culture from research through clinical manufacturing with GMP-aligned quality.

Bringing human biology closer to your bench has never been more achievable. Microfluidics combined with advanced 3D cell culture is transforming how you generate meaningful, predictive data, helping you move faster from hypothesis to insight. By recreating physiological flow, nutrient gradients and cellular interactions, these technologies empower you to model complex human systems with confidence.