Standard Passive Peripheral
Targeted Stimulation Anywhere in the Body
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Size: 9.5 mm x 8 mm (L x W)
Wireless
Battery-Free
Customizable
Peripheral
Nerve
Stimulation
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Customizable Device Configurations
Variable Serpentine Designs
Choose between short and long serpentine lengths, with wide or narrow configurations to accommodate different implantation
requirements and stimulation sites.
Optional Nerve Cuff
For targeted peripheral nerve applications, the device can be
configured with an optional nerve cuff, available in straight or
90-degree orientations.
Configurable µLED Wavelengths
Available wavelength options include 405, 470, 530, 590, and 630 nm to support different optogenetic applications.
NEUROLUX
Modern Applications
NERVE STIMULATION
Investigate peripheral neural activity through targeted optogenetic stimulation, with optional nerve cuff configurations.
MUSKULATOR RESEARCH
Explore muscle responses using flexible µLED configurations tailored to experimental targets.
ORGAN TARGETING
Extend optogenetic stimulation to internal organs through adaptable serpentine lengths and device configurations.
LONG-TERM CHRONIC STUDIES
Support chronic peripheral nerve experiments with a lightweight, fully subdermal wireless device.
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Passive Peripheral in Action
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Device Features
The Standard Passive Peripheral device is a lightweight, flexible wireless optogenetic platform designed for targeted stimulation of peripheral nerves, muscles, and internal organs. Its adaptable serpentine design allows researchers to customize device length, width, µLED wavelength, and optional nerve cuff configurations to suit specific experimental applications. Fully subdermal implantation eliminates exposed hardware and physical connections, supporting long-term studies in freely moving animals. Real-time TTL control enables synchronized stimulation across devices within the operating field.
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
Trisha Bansal, et al, 2026
Science Advances
Timothy J. Hibberd, et al, 2025
American Journal of Physiology
Andrew I. Efimov, et al, 2024
Biosensors & Bioelectronics
Y. Zhang, et al, 2019
Science Advances
V. K Samineni, et al, 2017
Nature Scientific Reports
S.I. Park, et al, 2015
Nature Biotechnology