easyTEL+ telemetry for rats
Telemetry for rats easyTEL+ 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+ large animal telemetry
Large animal telemetry easyTEL+ easyTEL+ is a fully implantable digital system, that transmitsphysiological data from conscious freely moving laboratory animals. It can be remotely managed and configured. Intended for use in preclinical research (primarily toxicology,pharmacology and safety pharmacology studies) and biodefense, the easyTEL+ implants are ideal for large animals > 1 kg. Various models offer […]
easyTEL mouse telemetry
Telemetry for mice easyTEL easyTEL is a fully implantable telemetry system, that transmits physiological data from conscious freely moving small subjects weighing 20 g or more, single-housed. Intended for use in preclinical research, easyTEL-S size implants are ideal for mice and offer the ability to continuously record Biopotential (ECG, EEG, EMG, EOG)* , Core Body […]
easyTEL+ Head mounted rodentPACK
Head mounted easyTEL+ telemetry rodentPACK for rat rodentPACK is a digital telemetry system that can acquire up to 4 biopotentials and activity from conscious, freely moving small subjects. This cost-effective option is used on the easyTEL+ digital telemetry infrastructure, and can be customizable for either a non-invasive or implantable design. rodentPACK is particularly recommended for […]
eegPACK Head mounted telemetry
Head mounted EEG system for large animals eegPACK eegPACK is a digital telemetry system that can acquire up to 4 biopotentials and activity from conscious, freely moving large subjects. This cost-effective solution is customizable for either a non-invasive or implantable design. On large animals, eegPACK is used for neurological applications. It is particularly recommended for […]
