CNBRFK

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CNBRFK stands for Completely Non-Invasive Blood Pressure and Flow-Kinetics Measurement System. It is an integrated system that combines two state-of-the-art technologies: optical plethysmography and impedance cardiography.

Optical Plethysmography (OPG) is a non-invasive technique used to measure blood volume and flow. This is done by measuring the light transmitted through the skin. OPG is used to measure blood volume and flow in the heart and vessels. The impedance cardiography (ICG) is a non-invasive technique used to measure electrical activity and pressure of the heart by electrodes placed on the body surface.

The CNBRFK system combines the two technologies to measure both non-invasive blood pressure and flow-kinetics. With this system, clinicians can accurately and quickly measure and analyze the physiological and cardiovascular parameters without the need for invasive methods, such as catheter and venous sampling. The measurements are acquired in real time and displayed as waveforms and numerical data on an intuitive graphical user interface.

The CNBRFK Application Field includes clinical studies in which these parameters are relevant. This includes the field of cardiac electrophysiology, cardiology, cardiovascular surgery, and intensive care. In addition, the system can also be used in research laboratories and for clinical studies.

The Working Principle of the CNBRFK system is based on the principles of optical plethysmography and impedance cardiography. In optical plethysmography, a light source is typically shone through a subject’s tissue and the amount of light transmitted through the tissue is measured. The amount of light that is transmitted depends on the amount of blood in the tissue. The optical plethysmography signals are then analyzed to determine the blood volume and flow.

On the other hand, the ICG system uses electrodes placed on the body surface to measure the electrical activity and pressure of the heart. The electrical activity is measured by a combination of electrical conductance, capacitance, and resistance. The measured electrical signals are then analyzed to determine the blood pressure, heart rate, and other cardiac parameters.

The CNBRFK system can also measure flow-kinetics, which includes the mechanics of cardiac output, stroke volume, and time-varying cardiac dynamics. The flow-kinetics is determined by combining the OPG and ICG signals. The CNBRFK system can then be used to accurately measure a range of physiological parameters in real time.

The CNBRFK system is an excellent tool for measuring and analyzing physiological parameters without the need for invasive methods. It has the potential to revolutionize the field of clinical research and can provide clinicians with invaluable insight into the functioning of the human body.

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