Only two months away! Join us with our partners, TSE Systems, at FENS 2024. We will be live demoing our new MA device along with all of the other devices from our product line. #FENS2024 #neuroscience

Interested in our MA device for wirelessly monitoring physiological metrics in rodents? Reach out to us at [email protected] to find out more information!
John A Rogers Tony Banks

“An implantable device for wireless monitoring of diverse physio-behavioral characteristics in freely behaving small animals and interacting groups” - First author, Wei Ouyang - Published in
Neuron
doi.org/10.1016/j.neur…

authors.elsevier.com/c/1ipze3BtfH99…

Check out our publication just released today in Neuron! The Mechano-Acoustic device allows for recording physiology in mice without the need for tethered devices that can hinder social behavior. This devices monitors heart rate, respiratory

Here's our most recent paper on wireless implantable devices for animal model studies of fundamental topics in biology, published in the journal Neuron .  This flexible, battery-free electronic system captures heart and respiratory rates, including variabilities in these

We've always been interested in peripheral physiology and social behavior, but... tethers get in the way and alter social behavior, wireless devices need bulky batteries, its a mess.

So, what to do? Work with some brilliant engineers of course! The result is what we call a BMAD.

It takes a village... and about 5 years.. to raise some papers. This collaboration was led by Dr. Wei Ouyang (just opened his lab at Dartmouth!) from the John A Rogers group, in collaboration with Mitra Heshmati lab and our industry partner NeuroLux.

doi.org/10.1016/j.neur…

It's official! NeuroLux will be exhibiting at SFN 2024. We can't wait for you to stop by booth 652 this fall to check out our latest advancements!
#sfn #sfn 24

NeuroLux system on wheels showing off our modules

Soon soon soon NeuroLux Simpson Querrey Institute

Check out the new NeuroLux display over at QSIB! Querrey Simpson Institute for Bioelectronics

Our Chief Research Officer, Cameron Good, was spotted in the wild Max Planck Florida Institute for Neuroscience brushing up on his confocal microscopy skills ZEISS Microscopy Mary Phillips

Happy Valentine's Day! Make sure to give a cuddle to your loved ones today like these mice! 🥰

Light-weight and battery-free! Check out our wireless optogenetic brain implants that are smaller than a US dime. Available in four different wavelengths (470nm, 530nm, 590nm, 630nm) and three different probe lengths (2mm, 4mm, 6mm).