The AJAYA low-cost microelectrode array system uses specialized components designed to house the data recording circuitry and the internal incubator that allows specialists to work with live cells. This device has the potential to diagnose epilepsy from only a blood sample. Theoretically, a patient’s blood sample would be acquired, converted to iPSCs, and then differentiated into workable neuronal cells through cellular reprogramming. The converted neuronal cells are then cultured on the MEA chip, which contains electrodes and serves as the primary interface between the system and cells. After a two-week incubation period, recorded voltage signals from the MEA system are analyzed for a variety of rapid neural spikes indicating epilepsy.
Our Product
Key Features
Low-Cost
The AJAYA microelectrode array recording system emphasizes affordability to increase the accessibility to wider demographics. This device utilizes a single-well, 8x8 MEA chip provided by Multichannel Systems, which is effective in reading the neurological activity, while being one of the most cost efficient options.
Noise-Filtering
Our low-cost MEA system improves the connections between the nerve cells and the data acquisition hardware by utilizing carefully-designed printed circuit boards. The MEA chip arrives soldered to the printed circuit board to make it simple for consumers and ensure the strongest connections with every use.
User-Friendly
Our device is engineered for simplicity. Featuring a convenient sliding door, it offers straightforward access to the MEA chip for quick addition or replacement of neuronal cell samples. This design also allows for effortless monitoring of the live cells’ status, ensuring ease of use and efficiency in handling.
Application
Single-well, 64 electrode MEA chip
System Features
| Components | Built-in Incubator Printed Circuit Board with Soldered MEA Chip |
| Dimension (L x W x H) | 14 x 7 x 5 Inches3 |
| Weight | 5 pounds |
| System Status Indicator | LCD |