Implanted telemetry systems
Publications related to easyTEL telemetry Implants Reusable telemeter Julie Teresa Shapiro et al. Potential for real-time health and welfare monitoring in experimental rabies infection in red fox (Vulpes vulpes) using implants. bioRxiv 2026.01.16.699951 F. Gagnon, G. Peyon, E. Esneault, G. Cantoni, S. Benmansour. Advanced EEG Telemetry Measurements in Mice: Applications for Seizure Phenotyping, Quantitative EEG, […]
Case study – A dual implantation for combined Neuro and Cardiovascular recording in dog.

Digital telemetry offers the ability to implant two transmitters in large animals, allowing to simultaneously record a large number of physiological parameters in a single subject. This case study highlights an experiment conducted by safety pharmacology team at Charles River Montreal, to combine seizure and cardiovascular liability assessment.
Understanding Pattern Recognition

This document provides an overview of ecgAUTO’s analysis methodologies and capabilities for preclinical cardiovascular research, including ECG Interval and Arrhythmia analysis.
easyTEL+M1 telemetry for rodents >200g

Telemetry for rodents easyTEL+M1 easyTEL+ is a fully implantable digital system, that transmits physiological data from conscious freely moving laboratory animals. Intended for use in preclinical research (primarily toxicology, pharmacology and safety pharmacology studies) and biodefense, the easyTEL+ implants are ideal for rodents > 200g such as rats. Various models offer the ability to continuously […]
easyTEL+ M2 & L telemetry for large animals

Telemetry for Large animals easyTEL+M2 & L easyTEL+ is a fully implantable digital telemetry system designed to transmit high-quality physiological data from conscious, freely moving laboratory animals. The system can be remotely configured and managed, enabling seamless data acquisition in demanding preclinical research and biodefense applications. Engineered for performance, flexibility, and animal welfare, easyTEL+ supports […]
easyTEL+ RP telemetry for subjects >200g

Reusable Telemeter easyTEL+ RP easyTEL+ RP is a reusable telemeter that can acquire up to 4 biopotentials and activity from conscious, freely moving subjects 200g and upwards. This cost-effective option can be customizable for either a non-invasive or implantable design. In rodents (formerly rodentPACK), easyTEL+ RP is particularly recommended for neurological applications, safety pharmacology and […]
emkaPACK5 jacket telemetry

Jacket telemetry emkaPACK5 for large animals emkaPACK5 is a non-invasive telemetry system for the acquisition of ECG*, respiratory endpoints, blood pressure, temperature, and postural activity from freely moving, single or group housed large animals such as dogs, primates, sheep, minipigs and more (horses, cows etc.). Allowing the simultaneous evaluation of cardiovascular and pulmonary measurements without […]
ecgTUNNEL for rodents

Non-invasive ECG recording ecgTUNNEL for rodents ecgTUNNEL is a plug-and-play system for snapshot ECG* recordings and respiration data in rodents that eliminates the need for surgery and anesthesia. It combines up to 6-lead ECG with an optional plethysmograph dome for respiratory endpoints with optional exposure and infusion options. This set up is particularly useful for […]
Webinar – Integrating Video Tracking with Digital Telemetry

Integrating various tools in neuroscience, like video tracking and wireless telemetry, offer a more complete assessment of complex disease models.
In this webinar, you hear about wireless telemetry options in behavioral testing and integration in video tracking experiments. Matt McGuire kindly shares his experiences and insights from his Traumatic Brain Injury (TBI) research at the Dr. Poulsen Lab.
Recent Advances in ECG Analysis for ProArrhythmia Risk Assessment

This presentation given by Simon Authier, DVM, MBA, PhD, DSP Deputy Chief Scientific Officer at CitoxLab North America in 2019, compares well established ECG analysis methods used in toxicology with novel strategies that may offer lower false positive rates.