ADInstruments Blog

Dr Laurencie Brunel, an accomplished veterinary surgeon, is examining the impact of mitral valve replacement on left ventricle function.

Meet Dr. Lei Fan and learn about her experience receiving onsite training for the Working Heart Apparatus We spoke with Dr. Lei Fan, Director of The FAN Lab and Assistant Professor in the Joint Department of Biomedical Engineering at Marquette University and the Medical College of Wisconsin...

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.

Watch Mark de Reus, Head of Support walk-through video of setting-up and priming our new Rodent Langendorff Apparatus.

In this excerpt from her latest Langendorff webinar, Dr Melanie White, an isolated heart expert from the University of Sydney, explores her favorite features of the Rodent Langendorff and Direct Perfusion Core.

Ever wondered what the difference is between a Myocyte Isolation, Langendorff, and a Working Heart perfusion model? You’re not the only one! Download our free guide.

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.

Have you been thinking about performing a new study or recording additional signals? Find out how to expand your lab at low cost with PowerLab C.

Check out our brief summary highlighting the advantages and limitations of constant flow vs. constant pressure perfusion setups for Langendorff isolated heart studies.

This study used retroviral delivery of transcription factors to convert cardiac fibroblasts into cardiac myocytes, in a mouse model of myocardial infarction.

Clarity and flexibility for your isolated heart and tissue research.

Explore the history of the Langendorff apparatus with this excerpt from Dr Melanie White's recent webinar.

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.