NeuLive
Wireless Electrophysiology Workstation
Multi-functional and User-friendly Electrophysiology System for Animal Studies.
Wireless. Lightweight. Stimulation & Recording.
The NeuLive wireless system allows researchers to perform electrophysiological measurements and deliver precise variable waveform stimulations to the brain, heart, and muscles of commonly used preclinical research models, including mice, rats, pigs, and non-human primates.
Engineered for Discovery
Wireless Transmission
Wireless devices allow for natural behavior observation and reduce animal stress, thereby enhancing data reliability.
Stim/Rec with same channel
Rapid switch between recording and stimulation enables real-time effects analysis with high temporal and spatial resolution.
Incredibly Lightweight
Lightweight devices address ethical concerns by minimizing animal discomfort, promoting natural behaviors, and ensuring more reliable data.
Cordia:
AI-Powered Controller
Seamlessly manage all your devices and retrieve data with Cordia in just 30 seconds—no software installation required.
Web-based
Access from any browser. No installation.
Scheduling
Automate stimulation & recording protocols.
Edge AI
Real-time on-hub data processing without cloud.
Multi-Device
Control up to 4 devices simultaneously.
TTL Sync
Integrate with external behavioral equipment.
Collaboration
Multi-user real-time dashboard access.
Analysis
Instant visualization & spectral analysis.
Scientific Applications
In Vivo Electrophysiology
Parkinson’s Disease Monitoring
NeuLive is revolutionary for PD research. Its lightweight design minimizes discomfort for rats and mice. By integrating wireless recording and stimulation, researchers can study neurophysiological changes (e.g., beta oscillations) and test interventional strategies in real-time.
Addiction Research
Track neural activity during substance exposure in freely moving animals. NeuLive's dual amplification and stimulation allow probing brain circuits linked to addiction. Wireless freedom ensures naturalistic behaviors during conditioning.
Sleep/Wake Monitoring
Continuous 24-hour monitoring of sleep patterns using ECoG and EMG. Ideal for detecting NREM/REM cycles and evaluating the effect of therapeutics on circadian rhythms.
In Vivo Electrical Neuromodulation
Closed-loop Electrical Stimulation
Programmed to respond to pathophysiological signals (biomarkers). This adaptive approach triggers stimulation only when specific neural events occur, offering significant efficacy in treating conditions like Parkinson's Disease.
Temporal Interference Stimulation
An innovative technique allowing targeted modulation of deep brain regions non-invasively by applying multiple electric fields with slightly different frequencies.
Sine Wave / Pulse Stimulation
Versatile waveform generation support for various research protocols, offering flexibility in frequency, intensity, and pulse width configurations.
Selected Publications
Longitudinal brain-wide recordings reveal early neurophysiological alterations in memory-impaired mice
Abdelrahman B M Eldaly, Stephen K Agadagba, Antara Verma, Kongyan Li, Lee Wei Lim, Leanne Lai-Hang Chan
High-precision and efficient suppression of pathological brain activity in Parkinsonian rats via a closed-loop deep brain stimulation approach
R Perumal, JW Yang, YH Kuo, V Vigneron, HH Ho, H Almorin, CF Chuang, YC Chang, SR Yeh, H Chen.
Utilizing Stereoencephalography Technology to Monitor Epilepsy in Freely Moving Miniature Swine
HC Pan, CM Yeh, Y Ma, JW Yang, YC Wang, H Chen
Technical Specifications
| Feature | Model 3 L Lightweight | Model 3 S Smallest | Model 3 FFlexible | Model 3 ExExtended |
|---|---|---|---|---|
| Recording Channels | 16 | 16 | 32 | 64 |
| Sampling Rate | 10 kSps (BT) | 10 kSps (BT) 40 kSps (microSD) | ||
| Input Noise | Vrms < 13 µV | |||
| ADC Resolution | 12 bits | |||
| Stimulation Channels | 8 | 8 | 16 | 32 |
| Stim. Intensity | 5 µA — 4 mA (5 µA/step) | |||
| Pulse Width | 10 µs — 500 ms | |||
| Stim. Frequency | 2 — 20 kHz | |||
| Waveforms | Positive / Negative / Biphasic / Random | |||
| Weight (excl. battery) | 1.47 g | 1.4 g | 2.81 g | 4.2 g |
| Wireless Range | 2 meters | |||
| 3D Accelerometer | ||||
| Battery Options | 50 mAh (~1.5 g) | 120 mAh (~2.8 g) | 150 mAh (~3.5 g) | |||
Equip your lab with
NeuLive
Contact us for a quote, demo request, or to discuss custom electrode configurations.