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NeuroNexus

70 cited products 186 protocol citations
NeuroNexus is a leading provider of advanced neuroscience research equipment, consumables, and software.
The company offers a comprehensive portfolio of high-quality products used in a wide range of neuroscience applications, including electrophysiology, optogenetics, neural imaging, and neuroinformatics.
NeuroNexus' products are designed to enable cutting-edge research in fields such as neurobiology, neurodegenerative disease, brain-computer interfaces, and neural circuit analysis.
The company's equipment includes multi-channel electrode arrays, fiber optic probes, and specialized recording systems.
NeuroNexus also supplies a variety of consumables, reagents, and chemicals essential for neuroscience experiments.
Additionally, the company develops innovative software tools for data analysis, visualization, and experiment management.
NeuroNexus' products are utilized by researchers in academic institutions, government agencies, and biopharmaceutical organizations worldwide, as evidenced by the numerous citations of the company's technologies in scientific publications, preprints, and patents.

70 products from NeuroNexus

Cited in 11 protocols
Sourced in United States
The SmartBox is a versatile data acquisition system designed for laboratory research. It features multiple input channels for recording various physiological signals, such as neural activity, electrophysiology, and behavioral data. The SmartBox is capable of synchronizing and storing these data streams for further analysis.
Cited in 8 protocols
Sourced in United States
Silicon probes are a type of electrode array used for neural recordings. They are designed to precisely measure electrical activity in the brain. The probes are made of silicon and feature multiple recording sites along their length, allowing for simultaneous recording from multiple locations.
Cited in 7 protocols
The A32-OM32 adaptor is a device designed to interface between two different types of connectors. It allows the connection of equipment or devices that use the A32 connector standard to those that utilize the OM32 connector standard. The adaptor provides a physical and electrical interface to enable the transfer of signals or power between the connected systems.
Cited in 6 protocols
Sourced in United States
Multi-site electrodes are a type of laboratory equipment used for recording electrical signals from multiple locations simultaneously. They consist of an array of individual electrodes that can be placed in various positions to capture neural activity from different parts of a biological sample. The core function of these electrodes is to facilitate the simultaneous recording of electrical signals, allowing researchers to study the coordination and interactions between different regions of the nervous system.
Cited in 4 protocols
The Buzsaki32 is a high-density silicon probe designed for recording neural activity in the brain. It features 32 recording sites arranged in a linear configuration, allowing for the simultaneous recording of neural signals from multiple brain regions.
Cited in 4 protocols
The Qtrode is a multi-channel electrode system designed for electrophysiological recordings. It features high-density electrode arrays that allow for the simultaneous measurement of neural activity from multiple sites. The Qtrode is a versatile tool for neuroscience research, enabling researchers to study the complex dynamics of neural networks.
Cited in 4 protocols
Buz32 is a compact and versatile laboratory instrument designed for precise electrical signal measurement and analysis. It features 32 channels for simultaneous data acquisition, allowing for the collection of a wide range of physiological and neural signals. The device incorporates high-quality analog-to-digital converters and advanced signal processing capabilities to ensure accurate and reliable data capture.
The A1 × 32-Poly3-5mm-25s-177 is a multi-channel probe for neural recording. It features 32 recording channels, each with a 5 mm long polytrode arrangement and a 25 μm spacing between channels. The total length of the probe is 177 mm.
Cited in 4 protocols
Sourced in United States
The A1x32-5mm-25-177-A32 is a high-density neural probe with 32 recording sites spaced 50 micrometers apart along a 25 mm length. The probe is designed for in vivo electrophysiological recording.
The A1x32-Poly2-5mm-50s-177 is a high-density electrode array designed for electrophysiological recordings. It features 32 recording sites arranged in a single-shank configuration, with a site spacing of 50 μm and an impedance of 177 kΩ. The probe's dimensions are 5 mm in length and 2 polytrodes.

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