Current electrophysiology catheter systems designed for human and large animal studies are not suitable for small animal models due to their size, sensitivity, and precision requirements. Small animals, such as rodents, are essential in preclinical research for understanding cardiac electrophysiology and developing treatments for various cardiac conditions. However, the lack of appropriately scaled and sensitive catheter systems for small animals limits the ability to conduct accurate and reliable electrophysiological studies, hindering advancements in cardiac research and therapeutic development.

The Key X Sciences EP catheter system is an excellent product that our clients have validated to solve this problem. The Key X Sciences EP catheter system is specifically designed for intracardiac or intraesophageal electrophysiology experiments in rodents and large animals. It allows for precise monitoring of electrical signals from the heart or esophagus, enabling researchers to investigate cardiac arrhythmias and other electrophysiological phenomena in small animal models. The catheter features customizable electrode configurations, simultaneous signal collection and stimulation capabilities, and compatibility with various bioelectric amplifiers, stimulators, and data collectors, making it an essential tool for conducting comprehensive cardiac electrophysiology research.