Blood Pressure System for Mice and Rats with Manual Inflation up to 3 Animals

Description

This IITC Life Science system is designed for non-invasive blood pressure measurement in mice and rats. It utilizes the tail cuff method with a photoelectric sensor to detect blood flow pulses. The configuration supports sequential monitoring of up to three animals and incorporates a manual inflation mechanism. This approach enables researchers to obtain systolic and diastolic pressure readings without requiring invasive surgical procedures. The photoelectric sensor in the tail cuff detects pulse signals to determine blood pressure values accurately. Manual operation allows the user to control the timing and pressure of each inflation cycle. The equipment is suited for research applications in fields such as pharmacology, physiology, and genetics where cardiovascular data from rodent models is required.