Telemetry 101: Exploring the New ADInstruments Small Animal Telemetry Systems

Web video URL

In this webinar, Phil Griffiths (PhD), Training and Technical Support Specialist from ADInstruments provides an overview of ADInstruments small animal telemetry systems and their applications in cardiovascular and neuroscience studies. 

Key topics include: 

  • What are the benefits of telemetry over other techniques for recording physiological parameters in vivo?
  • What are the advantages of wireless power technology in telemetry studies?
  • How does incorporating Millar Mikro-Tip® pressure sensors enhance telemetry studies?
  • How could ADInstruments telemetry fit into my physiology or neuroscience experiments?

In recent years significant technological advances have been made to improve the quality and fidelity of data collected via telemetry. This webinar explores the benefits of using telemetry and discusses the specific advantages of ADInstruments’ new small animal telemetry systems, including wireless power technology for continuous, long-term recording and the integration of Millar Mikro-Tip® pressure sensors for increased accuracy and fidelity. Finally, Phil highlights a number of common applications of the telemetry systems and showcases some exciting publications from existing users. These applications range from cardiovascular physiology and intracranial pressure measurements to epilepsy and stroke models.

Getting Started with Kaha Sciences Telemetry »

System Components: 

Additional resources:

Kaha telemeters: Surgical Videos and Webinars  »
Benefits of using telemetry in research »
Cardiovascular applications using telemetry »
Five neuroscience applications using Kaha Sciences Telemetry »
Tissue oxygen telemetry: How does it work and why is it beneficial to your research? »
Solid-state sensors at the catheter tip - why settle for less? »

About the speaker:

Phil Griffiths, PhD
Training and Technical Support Specialist
Phil spent several years at the University of Bristol as a postdoctoral researcher. Over the course of his academic career, he gained extensive expertise in rodent in vivo procedures, including electrophysiology and blood pressure telemetry using the Kaha Sciences telemetry system. He has presented at several international conferences and published his research on the role of the neuropeptide apelin in the central control of blood pressure. Phil left academia in 2019 to join Kaha Sciences and continues to support telemetry researchers at ADInstruments.



A new standard in quality and power

We are pleased to announce our acquisition of Kaha Sciences for implantable, wireless telemetry in rats and mice. Record continuous data from freely moving animals across extended periods with accuracy, reliability and sensitivity. Find out more >>

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