Advanced Cell Models – Products

AMSBIO has launched CellO-IF – an all-in-one immunofluorescent staining reagent kit designed to accelerate the labelling organoids and spheroids directly in hydrogels or extracellular matrices.

PHC Corporation’s Biomedical Division announced the commercial launch of LiCellMo, a live cell metabolic analyzer that allows researchers to visualize metabolic changes in cell cultures.

Automated robotic instruments are revolutionizing scientific research and bringing more productivity and throughput to routine single-cell isolation workflows. This eBook highlights image-based systems simplify progress in many research applications.

AMSBIO has published an informative online article that reviews the importance of culture techniques for induced pluripotent stem cells (iPSCs), which provide an invaluable resource for drug discovery and therapeutic applications.

Alliance calls on experts to join its new collaborative community, seeking to overcome regulatory and data challenges preventing the replacement and reduction of animal testing.

This whitepaper explores groundbreaking organ-on-a-chip technology and 3D tissue modeling that is closing the translational gap in cancer drug discovery.

Sartorius to leverage NVIDIA solutions used in live-cell imaging platforms in drug discovery and predictive design of manufacturing processes, and more.

InSphero AG is pleased to announce its exclusive commercialization partnership with Genome Biologics, based in Frankfurt, Germany.

Leveraging the human origin and remarkable physiological fidelity, organoids have become invaluable research tools in disease modeling, drug safety assessment, drug screening, and personalized medicine. We offer a complete toolkit, including ready-to-use organoids, specialized kits for differentiation, maintenance, and cryopreservation, along with comprehensive services to expedite your organoid research journey.

Produced using dry-spun 50 µm Collagen Type I fibers, AMSBIO has introduced the innovative CollaFibR™ additive proven to increase the shape fidelity and biological relevance of bioprinted constructs in hydrogels and bioinks.