New research shows that norepinephrine spikes in the brain after unexpected events help segment and shape memories. This highlights the importance of how our brains organize after new experiences, paving the way for future studies on memory and attention. hubs.ly/Q02KGhjx0

New study using DBC Deep Array from Chris Fetsch's lab at Johns Hopkins University reveals how monkeys form decisions and confidence simultaneously. This research offers valuable insights into the neural mechanisms of metacognition. #DBCInside hubs.ly/Q02LXMsD0

Cornell researchers found BARRs, special events during non-REM sleep that stabilize brain activity after learning by silencing overactive neurons. Disrupting BARRs leads to memory issues—showing their key role in healthy brain function. hubs.ly/Q02MNgbw0 #DBCInside #Ephys

🧪📚 With school back in session, now’s the perfect time to stock up on DBC probes for your research students! Equip your lab with the best tools for success and explore our most competitive pricing yet. Order in bulk and save even more! hubs.ly/Q02NDyr30 #Ephys #Neuro

Did you know your brain simulates movements and interactions while you sleep? During REM sleep, your brain issues motor commands, shifting your internal sense of direction as if you were awake. The Scanizani Lab at UCSF determines how it works: hubs.ly/Q02PJjdq0 #DBCInside

Effective immediately, Cambridge NeuroTech will lead all future sales and support of DBC probes, both silicon and Deep Array. Manufacturing remains at the DBC lab, ensuring the quality you know and trust. Email info@cambridgeneurotech for sales requests!

A new study by Westerberg et al. from the Maier and Bastos labs challenges predictive coding (PC) models, suggesting the brain may handle prediction errors differently than we thought. Findings using the DBC Deep Array reveal a twist: hubs.ly/Q02WCydj0 #DBCInside

From all of us at DBC, we hope you had a wonderful holiday season. We have an exciting year ahead of us with new product development. We are broadening our focus to engage with researchers in additional fields of study. Stay tuned for updates of our new projects!

We’re honored to receive the Maryland Manufacturing 4.0 Grant! This supports our investment in a mechanized multi-lens microscope for silicon neural probe evaluation, using AI-driven analysis for precise, consistent inspections. Huge thanks to Governor Moore & MD Commerce! 🎉

🚀 We are thrilled to announce that DBC has been selected to pitch at the Biotools Innovator East Coast Pitch Event! We’re excited to showcase our innovation and share how we’re making an impact. #BTIRoadTour2025 #StartupPitch #StartupInnovation #Innovation #LifeSciences

We are excited to announce that, thanks to the Maryland Department of Commerce, we will be attending Japan Health 2025! We were selected as 1 of 14 companies showcasing MD's life sciences innovations. Thank you to Stef Trop, Mia Romeo, & Hui-Min Tzeng for this delegation.

Michael Long's new study, using DBC's P128-5, shows that parrots have a vocal motor map similar to human speech-related brain activity. This positions them as a model for studying speech motor control and developing therapies for communication disorders. hubs.ly/Q03cPRfq0

We’re excited to attend the Maryland Stem Cell Research Fund Showcase on April 29! This event will highlight advancements in stem cell research & regenerative medicine, featuring startup pitches, poster presentations, and panel discussions. See you there! #MSCRF #Biotech

On Tuesday, we had the honor of attending the Maryland Stem Cell and Regenerative Medicine Tech Showcase in Baltimore! Brian Jamieson, our Founder and CEO, presented to a panel of investors and participated in the poster session to answer questions and continue networking.

New research in macaques from the Hoffman Lab, Kari Hoffman, at Vanderbilt University uncovers how memories evolve over time and what happens during sleep to preserve and link them. See how DBC's Deep Array is the tool they needed to succeed: hubs.ly/Q03mcw750 #DBCInside

Attending MPS World Summit in Belgium? Meet our CTO, Fan Wu! He will be giving a presentation on our new approach to recording inside brain organoids: 6/12 @ 12:20pm in Shed 1 BIS. #805 titled, "High-throughput electrophysiology readout from inside of intact brain organoids"