ADInstruments Blog

We're excited to showcase seven highly informative and interactive 3D implantation models that make it really easy to see where Kaha rat telemeters can be located.

Discover the benefits of wireless telemetry. Not sure where to start? Need help selecting the right telemeter? Download our free guide: Kaha Telemetry for Cardiovascular Research.

Hemodynamic instability is the inability of the body to maintain consistent blood flow and pressure. Dr Aaron Phillips and his team have developed a prosthetic to reverse this invisible illness.

We spoke with Dr. Aaron Phillips about his Nature publications concerning artificially correcting hemodynamic instability following spinal cord injury, and how Kaha Telemetry helped him characterize cardiovascular regulation across multiple animal models.

We’d like to take a moment to celebrate 10 of our favorite cardiovascular publications from the past couple of years; exploring everything from robotics to stem cells to AI to genomics. Every step made here is a step toward not only better heart health, but a greater understanding of the heart itself.

How does the heart know whether or not you're exercising? Using optogenetics and Kaha telemetry, Professor Satoshi Koba and his team have unravelled the mystery.

Discover the benefits of wireless telemetry. Not sure where to start? Need help selecting the right telemeter? Download our free guide: Kaha Telemetry for Neurophysiology.

Learn how the team at the Anticonvulsant Drug Development Program are using Kaha telemetry to speed up their data analysis.

What do these high-impact publications all have in common? Fully implantable telemetry. Join us as we celebrate the incredible achievements of researchers from around the world who are utilizing fully implantable Kaha telemeters.

In this episode of #ExpertAnswers join Dr. Connar Westgate as he answers questions from a recent webinar, focused on his research involving intracranial pressure measurements and the importance of understanding this physiological parameter for maintaining normal central nervous system function.

What do these high-impact publications all have in common? Fully implantable telemetry. Join us as we celebrate the incredible achievements of researchers from around the world who are utilizing fully implantable Kaha telemeters.

Fiona McBryde, Cardiovascular Physiologist from the University of Auckland shares her top three tips when it comes to using telemetry in research!

Are you thinking about using optogenetics in your neuroscience research but are unsure where to begin? Here we provide an overview of the key tools and techniques involved in optogenetics and its applications in the neuroscience field.