"Recently my lab tested Eywa Neuro’s spinal cord electrodes for stimulation purposes. The electrodes are easy to handle and implant. The polyimide substrate is very flexible and elegantly adapted to the spinal cord dorsal anatomy. At the same time, the electrode tracks didn’t crack in spite of them being stretched and bent during surgery. After our procedure, we were able to retrieve the electrodes, and post-cleaning they appeared just as they were before implantation. These electrodes are great for acute stim and recording experiments and we’re planning to order some modified designs and test them in chronic experiments soon. "
"Eywa Neuro has been a game-changer for my SiC neural electrodes. Their support with custom adaptors, packaging, and speedy turnaround times has been outstanding. Their commitment to excellence is truly commendable"
"As a researcher examining the function of neuroinflammation in epileptogenesis in genetic mouse models, I've found it challenging to localize the seizure initiation zone due to limitations in size and channel count achievable with the commercial stiff microwires. Having recently employed the flexible MEAs designed by Eywa Neuro, we successfully captured neuronal activity from the cortex of epileptic mice for as long as 8 hours, with minimal surgical trauma, and a small craniotomy. The flexibility of these MEAs greatly helped reduce the initial bleeding and also allowed for safe explantation, following which the animals recovered well post-surgery. I definitely recommend Eywa Neuro's probes and based on our experiments, expect that they will not only help with my research but also lend themselves to successful clinical translation."
"Eywa Neuro delivered a quick and affordable solution for a complex multilayer PCB design project in my lab. What really sets them apart is their professional and courteous service."
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