Application: CellActivision Applications
Colony Formation
Colony growth is easily quantified using the area measurement and cell counting tools providing creative and flexible ways to analyse samples.
Scratch Wound
The threshold tool facilitates the automatic kinetic analysis of the scratch wound area, wound width and % closure rate.
Cytotoxicity
Cell classification and counting tools allow morphological differences such as dying cells to be easily distinguished from healthy cells and subsequently quantified. The kinetic data generated allows important information such as the LD50 value to be obtained with ease.
Neurite Growth
In the absence of any labels, neurite formation and cell number can be automatically quantified. Information on cell number, cell phase and movement statistics can also be generated.
Co-culture Analysis
Through using the cell counting and classification tool, machine leaning technology allows different cell types to be classified and quantified over time.
Cell Tracking
Single cells can be automatically tracked providing information on cell movement, and directionality. Additionally; Total trajectories, or centered trajectories can be generated.
Industries
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Pharmaceutical
Pharmaceutical companies must achieve increased flexibility and agility through better use and monitoring of manufacturing data to improve quality management in real time. Pharmaceutical experts work with Yokogawa to create manufacturing solutions that deliver safe and reliable medicines. Together, we use digital transformation and manufacturing advances to meet regulatory requirements, ensure quality, accelerate time to market, and thus providing a stable and reliable supply of medicine to patient.
Related Products & Solutions
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High Content Analysis CellVoyager
Our high-content analysis (HCA) systems utilize powerful software to address a wide range of research applications from basic science to complex compound screening.
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Life Science
Yokogawa’s high content analysis systems and dual spinning disk confocal technologies provide high-speed and high-resolution live cell imaging, enabling leading-edge research around the world.