Long Range Peripheral Devices
Extended Range. Precise Control.
Activity Monitoring
Social Interaction
Behavioral Characterization
Field Responsive
(Extended cage coverage)
Active Device
Active/Programmable
(Individual LED control)
Designed to support wireless peripheral optogenetic stimulation across an expanded experimental area.
Enables independently controlled LED stimulation for more targeted experimental protocols.
NEUROLUX
Wireless | Battery-Free | Customizable | Peripheral Stimulation
NEUROLUX
Modern Applications
PERIPHERAL NERVE RESEARCH
Investigate neural pathways throughout the body using targeted optogenetic stimulation.
MUSCLES & ORGAN STUDIES
Explore responses to localized light stimulation in peripheral tissues and internal organs.
BEHAVIORAL NEUROSCIENCE
Study individual and social behaviors during wireless optogenetic experiments in freely moving animals.
PROGRAMMABLE STIMULATION
Adjust stimulation parameters and select individual µLEDs for targeted experimental protocols using the Active device.
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Device Features
NeuroLux Long-Range and Active Peripheral devices are implanted subdermally to provide lightweight, wireless, battery-free optogenetic stimulation for flexible experimental designs. Customizable serpentine extensions enable targeting of peripheral nerves, muscles, and internal organs, while specialized configurations support expanded cage coverage or individually controlled µLED stimulation.
The nVital continuously streams body temperature and 3-axis acceleration data from freely moving animals. Custom
Technical Specifications
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Peer-Reviewed Results
Yiyuan Yang, et al, 2022
Nature Protocols
Jokubas Ausra, et al, 2021
Nature Protocols
Yiyuan Yang, et al, 2021
Nature Neuroscience
Y. Zhang, et al, 2019
Science Advances