Epilcure™

Epilcure™

Implantable Closed-Loop Responsive Neurostimulation System

The Epilcure™ system

The Epilcure™ system is a groundbreaking innovation in epilepsy management, offering a seamless blend of advanced technology and patient-focused design. By continuously monitoring brain activity through implanted electrodes, the system detects abnormal brain signals that may trigger seizures and automatically intervene with targeted stimulation. This proactive approach prevents or alleviates seizures and provides patients with unparalleled safety and peace of mind.

System setup

How Epilcure™ Works

How Epilcure™ Works

What Makes Epilcure™ Different?


VNS
ANT-DBS
Epilcure
Stimulation Method
Open-loop fixed stimulation or heart rate-based closed-loop stimulation
Open-loop fixed stimulation
EEG-based closed-loop stimulation
Electrode Placement
Fixed, left vagus nerve
Fixed, ANT nucleus
Flexible, any location in the brain
Brain Activity Sensing & Feedback
/
Limited sensing (not epilepsy-specific), no feedback therapy
Detects abnormal epileptic EEG activity, provides timely feedback therapy
Recording & Data
/
Limited recording
Can record long-term real-time EEG data and long-term event-triggered related EEG data

The Power of Long-Term Intracranial Data

Massive intracranial EEG (iEEG) data helps physicians understand epilepsy patients' conditions

Seizure Monitoring
Seizure Monitoring

Uses electrophysiological objective features to correct subjective bias in patient reports, enabling precise seizure capture

Expanded Data Applications
Expanded Data Applications

Has application potential for risk assessment and treatment efficacy evaluation, leading epilepsy treatment into an era of intelligent precision

Rhythm Feature Observation
Rhythm Feature Observation

Tracks clinical and electrophysiological periodic features, enabling dynamic adjustments to treatment strategies

Lateralization and Localization
Lateralization and Localization

Precisely identifies the site of seizure onset, offering scientific evidence for surgical decisions