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3D Cell Culture by Hanging Drop

Summary : Spheroids in the droplets being aggregated by the method of hanging drop were quantified by Cell3iMager neo.

Colony-forming units assay

Summary : Cell3iMager neo is useful for 'colony formation assay' tained by crystal violet.

3D Cell Culture in Gravity TRAP

Summary : Spheroids formed by the method of hanging drop were moved to Gravity TRAPTM ULA plate, and quantified by Cell3iMager neo.

Rapid production and size assessment of Embryoid Bodies(EBs)

Summary : Subsequent analysis with SCREEN Cell3iMager provides label-free monitoring of EB size and morphology over days in culture, ensuring consistency of EB production and as an endpoint for growth and differentiation.

Perfect for the Study of Complex 3D MCTS Models

Summary : This study demonstrates that the Cell3iMager accommodates studies based on a single, uniform-sized 3D MCTS per well setup, but also platforms generating multiple variable-sized spheroids per well.

Development of spheroid-based anticancer drug screening method using high-speed cell culture scanner

Summary : Using two human cancer cell lines (HEK293 and HEK293T), here we show that the area of spheroid formed in 3D culture is well correlated with the growth of cells and that anticancer drugs can be rapidly screened.

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