Evaluating functional neural circuitry and neuronal oscillations in human cerebral organoids and assembloids
This webinar deep-dives on new approaches for electrophysiological recordings using our silicon neural probes to evaluate neuronal oscillations and single-cell spiking dynamics in human cerebral organoids, along with functional dopaminergic connections in assembloids.
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 all Webinars now in our Knowledge Base.
Implantable and reusable miniature digital headstage for 64 - 128 channels for freely-behaving mice; 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...
No matter what the world throws at you during these uncertain times, we'll continue making and shipping our world-beating silicon neural probes along with the rest of our range of cool neuro-tools.
If you're currently planning experiments, writing funding applications, or would like to discuss any other aspect of using our tools, 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.
"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
"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
"My students and I unanimously prefer these probes over various others that we have tried. The signal to noise ratio is excellent, and the design is sturdy and robust. For acute recordings, these are the best-engineered and most user-friendly probes I've worked with."
Sara Aton
Lab Head, University of Michigan, USA
Brain area: Hippocampus Species: Mice
