Development of a high-content imaging assay for screening compound aggregation

Y Jiang, A Hoffman, G Quinque, WG Bonnette… - Analytical …, 2018 - Elsevier
Y Jiang, A Hoffman, G Quinque, WG Bonnette, LM Szewczuk, MA Holbert, J Gross
Analytical biochemistry, 2018Elsevier
Aggregated compounds can promiscuously and nonspecifically associate with proteins
resulting in either false inhibition or activation of many different protein target classes. We
developed a high-content imaging assay in a 384-well format using fluorescently labeled
target proteins and an Operetta cell imager to screen for compound aggregates that interact
with target proteins. The high-throughput assay can not only directly detect the interaction
between compound aggregators and the target of interest, but also determine the critical …
Abstract
Aggregated compounds can promiscuously and nonspecifically associate with proteins resulting in either false inhibition or activation of many different protein target classes. We developed a high-content imaging assay in a 384-well format using fluorescently labeled target proteins and an Operetta cell imager to screen for compound aggregates that interact with target proteins. The high-throughput assay can not only directly detect the interaction between compound aggregators and the target of interest, but also determine the critical aggregation concentration (CAC) of a given promiscuous small molecule.
Elsevier
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