Current techniques for neuron characterization are low-throughput and require multiple assays to capture cell structure, health, and electrical function. With first-of-its-kind capabilities to measure neural function and form simultaneously across thousands of wells, Pixel changes everything.
By capturing real-time electrical imaging and electrophysiological data on the same cells in a single, multiplexed assay, Pixel enables a more holistic understanding of neural activity and phenotype.
"Cell providers deliver the disease model, and Pixel enables cell characterization at scale with insights at unparalleled breadth and depth."
Jeffrey Abbott, Ph.D.
Co-Founder & CEO, CytoTronics
Proudly collaborating with:
Blog Post
Neural Electrophysiology: Measuring How Neurons Communicate
Recording and analyzing action potentials, which appear as spikes in electrophysiological data, can help us characterize neural activity, as well as the nervous system's response to drugs. Learn more.
Technical Note
Electrophysiological and Morphological Profiling of Human Neurons with Pixel
Delve into the technology behind Pixel's unique capabilities and explore brand new data tracking maturation of neural activity in human iPSC-derived glutamatergic neurons. Learn more.
Get to know Pixel at an upcoming event:
April 28-29, Stanford, CA
Poster Presentation
November 15-19, San Diego, CA
Booth #601
Stay connected & keep exploring.
Stay tuned for more insightful content in our next issue, and feel free to reach out with any questions.
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