In cardiovascular research, capturing minute pressure variations within arteries or veins requires specialized instrumentation. The SS13L pressure sensor emerges as a precision device designed specifically for such demanding applications, playing a pivotal role in both animal studies and extracorporeal circulation systems.
The SS13L represents a biomedical-grade pressure measurement device engineered for research applications. Its primary function involves the accurate measurement of direct arterial or venous blood pressure in animal subjects, along with pressure monitoring in extracorporeal systems such as Langendorff heart perfusion setups. The sensor has gained recognition in both educational and research settings for its high precision, user-friendly design, and cost-effectiveness.
This pressure sensor features standard Luer Lok fluidic connectors for seamless integration with various catheters or tubing systems. The cable termination incorporates specialized interfaces compatible with MP3X or MP45 data acquisition units, enabling real-time data transmission and recording. Included nylon mounting straps facilitate secure attachment either to laboratory surfaces or animal subjects, ensuring measurement stability during procedures.
- Cardiovascular physiology: Measurement of arterial and venous pressures in animal models for functional assessment
- Pharmacological research: Evaluation of drug effects on blood pressure parameters
- Extracorporeal systems: Pressure monitoring in isolated organ perfusion models
- Biomechanical studies: Characterization of mechanical properties in biological tissues
As the sensor ships in non-sterile condition, researchers may perform ethylene oxide (ETO) gas sterilization according to experimental requirements. Strict adherence to sterilization protocols remains essential to ensure device safety and performance integrity.
The modular design allows replacement of the sensor head (model RX104A) without necessitating full cable assembly replacement, significantly reducing long-term operational costs. This design philosophy positions the SS13L as an economically viable solution for sustained research programs.
- Pressure range: Operational measurement span (typically mmHg or kPa)
- Accuracy: Measurement precision expressed as percentage deviation
- Resolution: Minimum detectable pressure variation
- Temperature tolerance: Operational environmental range
- System compatibility: Supported data acquisition platforms
Proper utilization demands thorough review of operational manuals prior to deployment. Regular performance verification ensures measurement reliability, while careful handling prevents mechanical damage from impact or excessive flexing. Invasive measurement applications require strict adherence to established animal research ethics protocols.
The SS13L pressure sensor has established itself as an indispensable tool in biomedical investigation, providing researchers with precise hemodynamic data that advances scientific understanding in cardiovascular science.
