Mouse and Rat Blood Pressure Systems from 1-24 Animals

The IITC Life Science blood pressure systems can be configured from 1-24 animals.

The only validated method/data when compared to both telemetry and direct blood pressure.

All of these systems allow researchers to quickly, and accurately obtain blood pressure measurements at the lowest recommended temperatures.

MRI systems available upon request.

System components.

Click on your system choice depending on your study size to view complete system configurations.

# of Animals Manual Inflation Automatic Inflation 1 3 6 12

Systems use a highly sensitive photoelectric sensor for detection of blood pressure pulses.

Our method is the only method that allows researchers to measure blood pressure at the lowest ambient temperature which is 32 deg. c. All others require high temperatures (36-40 deg. C) which can cause undue thermostress and inaccurate data.

The only validated method which enables researchers to monitor, record, store and export blood pressure readings automatically with our software.

The software will show you in real time systolic, diastolic, mean and heart rate and allows complete control of system.

Systolic is measured not “calculated/estimated” as with other systems on the market.

A critical part of the process is the placement of the inflation and detection cuff onto the test subject. While others subject the researcher and test subject to two seperate cuffs, we have combined both cuffs into our single tail cuff sensor. This technology eliminates the need for restraining the animals tail and creating undue stress.
The comfort of the test subject is most critical in collecting NIBP data. Our warming chambers create a complete environment of controlled temperature as opposed to just radiating heat from a platform or blowers. The result of our method is a reduction in thermostress which can lead to inaccurate data.

Details

Analog output
Typical Pulse amplitude 100mV to 1 V
Pressure amplitude adjustable 1-5V at 300 mmHg

120/240V
CE

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Mouse rat blood pressure system components