Watching neuroscience in real time 🧠⚡️ With RadiensPy, researchers can build visualizations of their data acquisition while experiments are running- combining high-performance recording with flexible Python + Matlab control. Less time debugging. More time focused on the biology.
📊 Want better insight into your neural signal quality? This tutorial explores how Allego and Videre’s signal metrics tools help monitor recordings, customize metrics, and troubleshoot signal issues. Learn how filters and spike detection settings dynamically update your analysis. youtu.be/eemnhZw8hn0
Unlocking Signal Metrics in Allego and Videre
YouTube video by NeuroNexus Technologies
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💡 Did you know matrix arrays can be used for small animal recordings? With multi-shank, configurable 32–128 channel layouts, you can record across surface area and depth - capturing activity from large neuronal populations within a volume of tissue. www.neuronexus.com/products/ele...
3D Probes - NeuroNexus
The Matrix ArrayTM can be configured for acute or chronic, large or small animal experiments, interfacing with large populations of neurons in 3D space, up to
neuronexus.com
NNx tools are already powerful-now they’re even more flexible. Mohamed Tabbal expanded the Radiens Suite to support custom probes-unlocking even more from the NeuroNexus ecosystem.🧠⚡ Watch the full episode on YouTube and Spotify lnkd.in/gsNknatk lnkd.in/g5vvQG75
🔊 New Allego Audio Output feature Listen to neural spiking activity directly through your computer. This guide shows how to enable the feature, adjust audio gain, and optimize settings for clearer experimental monitoring. youtu.be/FAcpc65AUA4
Allego Audio Output
YouTube video by NeuroNexus Technologies
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Thank you to the 1,500+ attendees who joined us over the past three weeks for our Electrochemical Impedance Spectroscopy Webinar Series. The level of engagement and curiosity throughout each session made this experience truly special. Recordings availbe on YouTube and Spotify
How does the brain detect changes in odor concentration? This study found a subset of mitral/tufted cells in the mouse olfactory bulb that encode increases or decreases in odor strength. Recordings were captured using 16 and 128 ch. silicon probe arrays. pmc.ncbi.nlm.nih.gov/articles/PMC...
⏳We’re coming up on our third and FINAL session of our Electrochemical Impedance Spectroscopy Webinar Series ⚡🔬 📅 April 15th at 12 PM ET, Mark E. Orazem will dive into "Application of EIS to Neural Engineering" ⚠️ Space is limited, so be sure to register 🔗 lnkd.in/eVVvV9EB
Katrina first worked with our equipment during her PhD. When it came time to set up her postdoc rig, wasprioritizing the usability and real-time analytics her research depends on. Listen Now🎧 🧠 On Spotify - lnkd.in/eGZWA4N7 And Youtube - lnkd.in/eZHCNdM6
In this study, researchers used a 128-ch. Mini Matrix Array to record electrophysiological activity across amygdala subnuclei during predator odor exposure in rodents.Their findings highlight the medial amygdala as a key hub in predator threat processing. pubmed.ncbi.nlm.nih.gov/25475347/
⏳We’re coming up on our second session of our Electrochemical Impedance Spectroscopy Webinar Series ⚡🔬 📅 April 8th at 12 PM ET, Mark E. Orazem will dive into "Interpretation, Measurement, and Analysis of EIS” Register Now 🔗 lnkd.in/eVVvV9EB
Mini Matrix enables high-density 3D recordings in small animals, providing access to large neuronal populations for acute or chronic studies. 32–128 channels for rec & stim Automated, low-risk implantation Modular, customizable configurations Optogenetics-compatible
Work from the Rosenberg Lab shows macaque areas V3A & CIP bridge vision → movement: • CIP encodes stronger 3D + choice signals • Both predict saccades • CIP synchronizes with V3A output pmc.ncbi.nlm.nih.gov/articles/PMC...
Our tools are already powerful-now they’re even more flexible 🧠⚡ At the @salkinstitute, Mohamed Tabbal expanded Radiens for custom probes-unlocking even more from the NeuroNexus ecosystem on YouTube and Spotify lnkd.in/gsNknatk lnkd.in/g5vvQG75
We’re one week out from kicking off our Electrochemical Impedance Spectroscopy Webinar Series⚡🔬 📅 April 1st at 12 PM ET, we begin with “Introduction to Electrochemical Impedance Spectroscopy” ⚠️ Space is limited, so be sure to register 🔗 lnkd.in/eVVvV9EB
‼️ Our inventory sale ends this Friday, March 27th! Reach out to your NeuroNexus representative or contact us on our website to get premium electrode arrays at a discounted rate. See if your design is in stock here: shopping.neuronexus.com/Web-Store/Ou...
There's still time to register for the Electrochemical Impedance Spectroscopy Webinar Series with Distinguished Professor Mark E. Orazem. Register Below! neuronexus.zoom.us/webinar/regi... #neuroteh
Exciting weekend at Cold Spring Harbor Laboratory’s Methods in Cancer Neuroscience Workshop. Proud to support with silicon probes, the XDAQ One+ system, and Radiens software-advancing hands-on training in this critical field.Thanks for having us! #CancerNeuroscience www.linkedin.com/posts/neuron...
#cancerneuroscience #neurotech | NeuroNexus
What an exciting weekend at Cold Spring Harbor Laboratory for their Methods in Cancer Neuroscience Workshop. This was an incredible opportunity for hands-on technical training and collaboration in suc...
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⏰ Sale reminder: Up to 40% off in-stock arrays through March 27. • Same-day shipping • Trusted in 5,000+ publications • Competitive pricing See what’s available: shopping.neuronexus.com/Web-Store/Ou...
🎙️ New NeuroNexus Podcast: Dr. Katrina Deane (UC Riverside) joins us to discuss mesoscopic auditory cortex research, current source density analysis, and species differences in auditory plasticity using Allego within the NNx Radiens Suite. youtu.be/Gfe-eXWHhxg?... open.spotify.com/episode/06xU...
Join our Electrochemical Impedance Spectroscopy (EIS) Webinar Series 🧪 📅 Apr 1, 8 & 15 | ⏰ 12 PM ET In this 3-part series, Mark E. Orazem covers EIS fundamentals, data interpretation, and applications in neural engineering. 🔗 Register: lnkd.in/eVVvV9EB
Our Product of the Month: Vector Array™ is engineered for demanding NHP and large-animal studies: • Stainless-steel support body for enhanced durability • Double-sided electrode sites • Up to 128 channels for recording and stimulation • Reusable 50+ times with proper care
Exciting news! We're offering up to 40% off inventory arrays until March 27th. Reach out to see if your favorite array is available! Browse the inventory here - hubs.li/Q045zZ5R0
🎙️The first NeuroNexus Podcast episode is live! Dr. Katrina Deane (UC Riverside) joins us to talk mesoscopic auditory cortex research, how ephys is evolving, and the challenges behind great data. Listen and watch on YouTube www.youtube.com/watch?v=Gfe-... Spotify open.spotify.com/episode/06xU...
How does Fragile X reshape cortical processing? Dr. Deane’s team at UCR recorded spikes & LFPs across auditory cortex layers with a 32-ch array + XDAQ One. They uncovered layer-specific sensory gain and timing deficits linked to hypersensitivity. doi.org/10.1016/j.ne...
You shouldn’t just hope your signal is good - see it in real time. ✔ Configurable spike detection ✔ Live noise & event rate updates ✔ Auto & manual thresholding ✔ Spike waveforms per channel ✔ Exportable metrics & plots www.neuronexus.com/training_vid...
Radiens Allego: Real-time Signal Quality Metrics - NeuroNexus
Radiens Allego software provides the signal quality metrics of all recording sites in a heatmap style.
neuronexus.com
This research from NYU shows that humans and rodents share significant similarities in hippocampal ripples - strengthening the link between rodent and human hippocampal physiology, and providing tools to improve ripple detection in clinical settings. t.co/96I8qnyR3g t.co/coW0bXsw6M
Last chance to register for our webinar - happening this Thursday at 11AM ET. Come learn about Allego and connect with the ephys community 😄 Save you spot - neuronexus.zoom.us/webinar/regi...
There's still time to register for next week's webinar! This is a great opportunity to learn about the capabilities of our software and to connect with the ephys community. Join us on Feb 19 at 11am ET as Dr. Deane shares her exciting research. Register: neuronexus.zoom.us/webinar/regi...
This study (rdcu.be/e3jSj) by Fan Li et al., shows that LIPUS reduces inflammation and scarring around chronic cortical electrodes, improving recording performance over time. Data collected using NeuroNexus A1x16 & A4x4 probes with SmartBox Pro and Allego. #NeuroNexus #electrophysiology 🧠
