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Ultra Low Adhesion Plates for Superior 3D Spheroid Cell Culture
Product News

Ultra Low Adhesion Plates for Superior 3D Spheroid Cell Culture

Ultra Low Adhesion Plates for Superior 3D Spheroid Cell Culture
Product News

Ultra Low Adhesion Plates for Superior 3D Spheroid Cell Culture


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Available from AMSBIO -Lipidure®-Coat low adhesion plates and dishes are shown in cited research to be one of the most effective tools for 3D spheroid cell culture. These new plates and dishes are available in 384-well format optimized for drug screening or other high throughput applications.

Spheroid cell culture is based on the spontaneous formation of an aggregation of cells in an environment where the interactions between cells are superior to the interactions between cells and substrate. This can be achieved by using low-adhesion cell culture conditions.

Lipidure®-Coat surfaces use MPC (2-methacryloyloxtethyl phosphorylcholine), a biocompatible synthetic polymer with the same structure as the phosphorylcholine polar bases that form cell membranes.

As a consequence of the high biocompatibility of this coating, cells will not adhere to the surface of Lipidure®-Coat plates or dishes. Different well-shapes available for 96-well plates (U, V and flat-bottom) can be used to control size, position and density of spheroids.

Studies have shown that Lipidure®-Coat promotes the formation of a single spheroid in each well of U-bottom multi-well plate, while other brands of plate lead to formation of satellite spheroids - indicating a higher degree of cell adhesion is taking place.

Formation of spheroids, tumorspheres, embryonic bodies and neurospheres using LIPIDURE® plates has already been demonstrated for cell types including ES and iPS (human and mouse), NIH3T3, pre-adipocytes, HepG2 and other cancer cell lines as well as primary neuronal cells.

For larger scale assays as well as in applications such as Western blotting or gene expression microarrays - Lipidure®-COAT dishes have produced highly reproducible, top quality results.

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