
Cambridge NeuroTech
@cambneurotech
Frontier-leading neurotechnology for pre-clinical research backed-up with neuroscientist-led expert support
ID: 3907194745
http://cambridgeneurotech.com 15-10-2015 22:11:22
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Elegant new study by jeremy barry deconstructing hippocampal circuit throughput alterations arising from prolonged febrile seizures. Great example of our silicon probes put to use to decode layer specific neural processing across CA1 and dentate gyrus tinyurl.com/47zkecf7

Barcoding in bird hippocampus for cached food locations! We loved meeting the challenge of miniaturised driveable silicon probes for these incredibly tiny birds; great to see the fruits of this labor by Selmaan Chettih Emily Mackevicius et al. Grab our tech: cambridgeneurotech.com/neural-probes

Place codes and cache-associated barcodes, in cake form 🍰🥳🎉 Congrats Selmaan Chettih, Emily Mackevicius, Steph, Dmitriy biorxiv.org/content/10.110… 🎂 collab w/ Isabel Low

Join us and Alessio Buccino SpikeInterface Allen Institute on Nov 7th if you want learn about spike sorting from the experts with a follow-along tutorial covering best-practices for using the expansive SpikeInterface framework. Grab your spot here: eu1.hubs.ly/H0613yy0


#neurotwitter #ephystwitter #spikesorting 📢📢📢📢📢 SpikeInterface v0.99.0 has been released on #PyPi! pypi.org/project/spikei… Just run this to upgrade your installation: >>> pip install --upgrade spikeinterface Check out the release notes here: spikeinterface.readthedocs.io/en/0.99.0/rele…


Excited to announce that my research, 'Neuronal activity in the medial entorhinal cortex is coordinated with thalamic head direction cells during wake and sleep', has been awarded the SFN 2023 Poster Prize by Cambridge NeuroTech

Join us TOMORROW for what promises to be an excellent talk on the electrophysiology of face-cell analogs in wasps, with the talented Chris Jernigan (Chris Jernigan) from Mike Sheehan's Michael Sheehan lab at Cornell. Grab your spot here: eu1.hubs.ly/H07ds9T0



Definitely check out Chris Jernigan’s talk tomorrow!! You can learn about some amazing wasp neuroscience Chris Jernigan #wasplove 🐝


This is a super exciting step forward for human assembloids - stunning work from Sergiu P. Pasca Lab - they even used 4 of our silicon neural probes at the same time to measure synchronous activity across all 4 #organoids segments! cambridgeneurotech.com/neural-probes/…

If you're interested in the plasticity mechanisms at play during premotor cortical learning of lick-timing then you'll love this! Join us with the talented Shouvik Majumder from the Inagaki lab at Max Planck Florida Institute for Neuroscience Register here: neurons.cambridgeneurotech.com/webinar-regist…



Join us on Apr 30th with chris lewis for a super cool webinar on combining electrophysiology with diverse optical methods such as wide-field or 2-photon imaging, fiber photometry, and optogenetic perturbations in awake, behaving mice. Grab your spot here: neurons.cambridgeneurotech.com/webinar-regist…



Join us on Jun 11th for a tour de force deep-dive on electrophysiological characterisation of human brain organoids with Michael Zabolocki IMBA imbavienna.bsky.social - Organoid News. Grab your spot now ⏬neurons.cambridgeneurotech.com/webinar-regist…



Today, Michael Zabolocki, postdoc from the The Knoblich Lab will speak at Cambridge NeuroTech's Neural Probe Techniques Webinars. Michael, whose project recently got funded by Marie Skłodowska-Curie Actions, will discuss electrophysiological characterization of human brain organoids.