NeuroNexus neural electrodes have high resolution and can capture tiny electrical activity changes in neurons. Electrodes are highly sensitive to capturing neural signals and can record weak neural electrical activity. Provide multiple electrode designs and configurations to meet different research needs and application scenarios. The electrodes undergo strict quality control and testing to ensure stability and reliability during long-term use.

Product Type:

Standard electrode: manufactured using silicon microelectromechanical (MEMS) technology, it can be used to record and stimulate single neurons, multiple neurons, and local field potentials. It has multiple design templates, including parameters such as length, number of handles, electrode site area, electrode site spacing, and site layout, which can be selected according to research needs.

Optogenetic electrode: capable of simultaneously performing optogenetic stimulation and high-resolution electrophysiological recording. Fiber optic cables are integrated onto silicon electrodes in a laminated manner, and can be used to activate different visual proteins or stimulate different brain regions using a single or multiple fibers. Users can customize optogenetic electrodes by adding any type of fiber optic cable to any electrode array.

Drug delivery electrode: combines drug delivery and electrophysiological recording functions. Place a drug guide tube on the E16-20mm-100-177 electrode array, and the drug is output from the end of the guide tube. The guide tube connector is compatible with a standard HPLC adapter and can be connected to an external infusion pump, usually using a pressure based drug delivery method.

Surface electrode: manufactured using polymer MEMS technology, it is a soft polymer surface grid electrode that can adhere to the surface of the brain and can be used for recordinganimalPhysiological signals from various parts of the brain, spinal cord, etc.