Our expert for hiPSC-derived cardiac cells, as well as cell-based assays & services for drug safety and efficacy screenings
The use of Ncardia's peripheral and Ncyte CNS neurons in combination with the Maestro™ MEA system has been optimized extensively. Combining the neurons with this technology in 48-well plate format enables detection and detailed analysis of spike activity and spike pattern affected and modulated by test compounds.
This system is a highly relevant in vitro assay platform to study the neurotoxicological profile of compounds during drug development.
You can find our recommendations on how to combine our hiPSC-derived neurons with the Maestro™ MEA system on 48- and 96-well plate formats for electrophysiology measurements in the following User Guides:
A pilot study was performed to assess the effects of seizure-related compounds on the electrophysiology of Ncyte CNS neurons using the Maestro™ MEA system.
The Ncyte CNS neurons responded to the compounds tested by specific changes of their spike activity and spike pattern as expected. Below, an example is shown of the effect of the reference compound, picrotoxin, in Ncyte CNS neurons.
Picrotoxin improved the structure level in the spontaneous activity of Ncyte CNS neurons
MEA technology was used to assess effects of seizure-inducing compound picrotoxin. Raster plots illustrate the distribution of action potential detected in 9 electrodes per well over time. Picrotoxin did significantly improve the network burst coordination in Ncyte CNS neurons.