Take a closer look at our ready-made, reusable and minimally-invasive acute optrodes for single unit electrophysiology + optogenetics. Available with a choice of fibers for surface- and deep-brain illumination, in combination with our silicon neural probes.
We provide complete electrophysiology solutions complemented by expert support. We take pride in providing the latest neurotechnology and ancillary tools, driven by our deep understanding of the complexities and nuances of executing successful animal experiments and we align this alongside our drive for innovation and our desire to create the “go-to” resource for those wishing to exploit cutting-edge neuroscience tools.
We work closely with academic research labs, contract research organizations as well as pharmaceutical companies and medical device companies.
See our newest laminar H3 silicon neural probe in action spanning CA1 to dentate gyrus with 20 micron resolution. The rich dataset of single units and high resolution laminar LFP activity is truly impressive! See more in-vivo data here.
""The signal to noise ratio on these probes is so good that we were immediately able to detect small amplitude spikes after a first pass of the raw data traces through the KlustaSuite! I was astonished at how easy it was to detect spikes with these probes, especially after many failed attempts with hand made tetrodes.""
Boleslaw Osinski
Lab of Leslie Kay, University of Chicago, USA
Brain area: Olfactory bulb; Species: Rat
""The signal looks nice, I haven’t gotten very many single units but I expect that is a lizard specific problem.""
Sam Reiter
Lab of Gilles Laurent, Max Planck Institute Frankfurt, Germany.
Brain Area: medial cortex. Species: Bearded Dragon (Pogona vitticeps)
""The signal to noise ratio is outstanding among the commercial products we have tried so far. The flexibility of the probe shanks is a huge plus to acute recording - less worry about breaking them.""
Yiming Chen
Lab of Zac Knight, USCF, USA.
Brain Area: Subcortical regions. Species: Mouse
