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1 1 © 2013 PerkinElmer Dr. Matthias Fassler PerkinElmer Application Lab, Hamburg Automated single cell tracking using the Operetta High Content Imaging System

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11 © 2013 PerkinElmer

Dr. Matthias FasslerPerkinElmer Application Lab, Hamburg

Automated single cell tracking using the Operetta High Content Imaging System

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A549 non-small cell lung cancer cells were used to study chemokinesis (Caino et al., 2012)Chemokinesis = non-oriented increased migration after stimulationCells were seeded w/o serum onto collagen-coated 384 CellCarrier™ microplatesLive-cell imaging using a TCO-equipped Operetta® High Content Imaging SystemImaging every 5-10 mins for up to 6 hrs using a 10x objective and digital phase imaging

Digital phase imaging is non-toxic

A549 NSCLC Model

Constructed digital phase imageAcquisition of two brightfield images at suitable Z heights

HeLa cells, 20X hNA objective

upper plane

lower plane

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Object Tracking Workflow

Segment images Track objectsAcquire time series

Building block Track Objects of Harmony® Imaging and Analysis Software was used to tracks cells based on overlap between adjacent time points

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A549 migration is stimulated by EGF-treatment

Observed track length increases after EGF stimulation

A549 NSCLC Model

No EGF 100 ng/ml EGF

55 www.cellularimaging.com

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