Join BIOPAC for a live webinar exploring the latest innovations in rodent electrophysiology research using the EPOCH® wireless telemetry platform—now optimized for both juvenile and adult models. This next-generation solution addresses the challenges of traditional tethered systems by offering a modular, high-resolution platform for long-term EEG, ECG, EMG, and behavioral monitoring in freely moving rodents.
Ideal for researchers investigating epilepsy, sleep, neurodevelopment, or disease progression, this session will demonstrate how EPOCH enables reproducible, high-quality data collection across the full lifespan of the animal.
EPOCH Wireless Technology OverviewGain insight into BIOPAC’s patented skull-mounted transmitters—the smallest commercially available (6 g)—providing robust signal fidelity, extended battery life, and interference-free data acquisition across multiple cages.
Flexible Recording ConfigurationsExplore EPOCH’s scalable ecosystem, including sensors, trays, and recording hardware tailored for single or multi-animal studies in both standard and high-density cage systems.
Efficient Surgical Implantation
Watch a narrated surgical procedure demonstrating quick, low-risk transmitter placement with minimal post-operative recovery—ideal for longitudinal studies and sensitive developmental timepoints.
Continuous, Unobtrusive Data Capture
View real data recordings showcasing continuous biopotential acquisition in undisturbed, freely behaving rodents, enhancing the ecological validity of your research.
Integrated Software for Advanced Analysis
Learn how EPOCH seamlessly integrates with SleepSign and AcqKnowledge software, supporting advanced signal processing, behavioral event annotation, and synchronised data analysis.
Applications in Longitudinal and Developmental Studies
See how EPOCH is already supporting long-term experimental designs that require high statistical power and developmental precision.
New: Environmental Recording Chamber Preview
Get an early look at BIOPAC’s upcoming temperature- and humidity-controlled chamber with integrated video, designed to improve data quality from pre-weaned pups and ensure cross-study reproducibility.
