AMSBIO (Oxford, UK) reports that researchers at the Graduate School of Medicine, Kyoto University (Japan) have cultured patient-derived colorectal cancer cells in 3D using their MatriMix 511 extracellular matrix. In this study*, the researchers demonstrated that MatriMix supported robust cancer organoid formation, and that the organoids retained biologically relevant differences between tumor stages. By comparison, alternative matrices evaluated showed limited or no metastatic marker expression. The researchers concluded that MatriMix offers the ability to create models that better reflect in vivo tumor biology and thus is highly relevant for cancer modeling and drug response studies. Phillip Boder, Cell & Gene Therapy Business Manager for AMSBIO, commented: “Colorectal cancer is one of the commonest types of cancer worldwide, with tens of thousands of deaths per year reported. Although cytotoxic and molecularly targeted drugs have improved the patient survival, it is still challenging to treat metastatic colorectal cancer. The ability of MatriMix to support organoid formation that better reflects patient tumor biology provides a valuable tool for cancer researchers. In addition to improving experimental reproducibility, MatriMix offers superior control of experimental conditions compared to undefined matrices.” Composed of fully defined collagen type I and III, laminin-511 E8 fragments and hyaluronic acid, MatriMix is a ready-to-use 3D culture substrate product optimized for culturing patient derived cancer cells. *Read the University of Kyoto study in full. For further information on the MatriMix: [ui-toggle title=”Contact AMSBIO” load=”hide”] +31-72-8080244 +44-1235-828200 +1-617-945-5033 info@amsbio.com [/ui-toggle] About AMSBIO AMSBIO, part of the Europa Biosite group, is a leading life sciences company…
