Live-cell and phenotypic assays are seeing a rise in popularity as researchers turn to them to ensure the physiological relevance of their results and reveal time-dependent treatment effects. These assays provide real-time morphological and phenotypic insight for pathway and mechanistic studies and can be used to ensure the physiological relevance of results early in the drug discovery process. Whilst rapid, target-specific reductionist assays remain important, phenotypic cell-based assays that enable holistic, integrated cell functions to be measured over the long term (hours to weeks) are now heavily in favor with advanced live cell in vitro co-culture and tissue organoid models becoming increasingly commonplace.
The IncuCyte® Live-Cell Analysis System enables real-time, quantitative live cell assays within your tissue culture incubator. The system allows you to conduct assays and acquire results that would be impossible using single-point and endpoint measures alone. The walk-away automation also allows you to gather more information in a faster or more efficient way.
Automatically quantify cell movement across a substrate or through a 3D gel matrix
Visualize and measure chemotactic cell migration and invasion in real time
Quantify the formation of vascular structures in relevant co-culture models
Monitor and quantify 3D- spheroid formation, growth and shrinkage in real time
Real-time visualization and fully automated analysis of tumor cell killing
Automatically quantify and validate phagocytosis using time-lapse imaging
Measure immune cell activation without the need to lift or label your cells
Long-term, live cell measurements of neurite length and branching