"These probes offer the best signal quality we have seen in this region of the brain to date, lots of beautiful and sortable spikes."
Sarah Fox
Lab of Rasmus Petersen, University of Manchester, UK
Brain Area: VPM Thalamus Species: Mouse (head-fixed)
Shouvik Majumder (Inagaki Lab, Max Planck Florida Institute for Neuroscience)
Join us for a tour de force webinar covering the electrophysiological characterisation and genetic manipulation of mouse premotor cortex neurons during learning of lick-timing.
Learn first-hand from experts in the field as they describe their own experimental challenges and how they addressed them using our neural probes. Each online workshop includes an interactive Q+A session and panel discussion too.
Watch previous Webinars here.
Implantable and reusable miniature digital headstages for 64 - 128 channels for freely-behaving mice and more; for use with all of our silicon neural probes.
Space and weight saving (0.4 grams; small-footprint 3x7 mm), mechanical-stress avoided by removing bulky Omnetics connectors from the equation with high-channel count electrophysiology opened up for the smallest of lab animals - learn more here...
We'll be there in-person at this year's Society for Neuroscience Meeting in Washington D.C. so we look forward to catching up with lots of familiar faces and plenty of new faces too.
If you're currently planning experiments, writing funding applications, or would like to discuss any other aspect of using our tools, come visit or if you're not attending then please reach out to us as we'd love to hear from you.
Alternatively, check out our Knowledge Base for the inside-track on key know-how and much more.
"These probes offer the best signal quality we have seen in this region of the brain to date, lots of beautiful and sortable spikes."
Sarah Fox
Lab of Rasmus Petersen, University of Manchester, UK
Brain Area: VPM Thalamus Species: Mouse (head-fixed)
"The signal quality of these probes with TDT Zif-Clip connectors is superb; we've been implanting them as fast as we can get our hands on them. The amount of data that becomes unusable due to noise is dramatically reduced compared to some of the other probes we've used in the past. "
Drew Maurer
Lab Head, University of Florida, USA
Brain area: Hippocampus Species: Rat
"For our application combining chronic imaging and electrophysiology, 3-D chronic probe stacks mounted on nano-Drives are unparalleled... allowing high signal-to-noise, high-density recording across multiple regions. Our project would not be possible without this technology."
Gyorgy Buzsaki
Lab Head, NYU School of Medicine, New York, USA
Brain Area: cortex Species: Mouse