NeuroNexus offers ultra-flexible EEG and ECoG arrays specifically designed to be placed on the surface of the mouse or rat skull or the brain. These surface grids provide high recording resolution and are meticulously designed to conform closely to the brain surface, ensuring optimal electrocorticography measurements. You can select from reticular grid layouts or functional layouts, which offer enhanced recording resolution over key cortical areas.
“Recordings with the multi-site grid were stable over periods of months (up to 3 months were tested without a significant reduction of signal quality). Over the course of epileptogenesis, seizures and other types of large amplitude interictal discharges were easily localized with the EEG grid.”
Drs. Liset de la Prida + Manuel Valero
Instituto Cajal – CSIC
“The chronic version of the Micro-ECoG electrodes from NeuroNexus made our implant procedure on the cerebellum much easier and more reliable. Electrode breakage is no longer a problem.”
Dr. Mesut Sahin
New Jersey Institute of Technology
H-Series is a hybrid package introducing a flexible ribbon between the surface grid and connector PCB to allow flexible positioning of the connector on the head.
For information regarding connector package specifications, please visit product documentation here.
Surface Arrays Properties
Arrays Thickness
15 µm
Electrode Site Material
Platinum
Substrate Material
Polyimide
Channel Count
EEG options: 30 (Mouse EEG), 32 (all other designs). Custom options are available.
ECoG options: 16, 32, 64 (varies by design). Customizable up to 256.
Available Packages
EEG options: H32, HC32, HZ32, X3-H32
ECoG options: H16, HC16, HZ16, H32, HC32, HZ32, H64, H64LP, HC64
Custom designs may use H128, H128LP, IH128, AVH128, AVIH128, H256, IH256, AVH256, AVIH256
For EEG arrays, select a mouse or rat grid design and a connector package. We also have a down-sampled, 16-channel rat ‘functional’ EEG grid available.
ECoG arrays are available for a wide variety of applications, including combined applications with penetrating probes and Matrix Arrays™.
If you are unable to find an array design that meets your needs, please Contact us and tell us about your project. We may be able to design a new array for you!