Compatible with MP160
Smart Amplifiers NICO100D Cardiac Output, EBI100D Electrical Bioimpedance
Amplifiers NICO100C Cardiac Output, EBI100C Electrical Bioimpedance
MRI NICO100C-MRI Cardiac Output Amplifier
Wireless BN-NICO Cardiac Output Amplifier & BN-NICO-T Transmitter
Compatible with MP36 and MP36R (4-channel DAQ)
Module SS31LA Impedance Cardiography Sensor with leads
Bioimpedance methods to perform stroke volume and cardiac output measurements, via application of electrodes on the neck and torso, are considered by BIOPAC to be research and educational tools.
Historically, there have been numerous research efforts to measure stroke volumes and cardiac outputs using bioimpedance techniques. The performance of these systems are subject to evolving algorithms. New bioimpedance methods, such as TREV (TransRadial Electrical bioimpedance Velocimetry), are examples showing new promise in this area. Additionally, machine learning strategies are beginning to accommodate the variabilities of bioimpedance methods, due to electrode type, placement, body position, movement artifact and electrical signal filtering.
Research is ongoing, as bioimpedance techniques offer profound noninvasive advantages, compared to thermodilution and similar “gold-standard” historical methods for measuring stroke volume and cardiac output. BIOPAC is committed to continuing to offer educational and research solutions for the application of bioimpedance methods, to measure cardiovascular parameters, despite the present “state of the art” showing these measures to be generally more useful for determining relative changes versus absolute values.
Use to measure clench force in the MRI; clench force range 0-50 kgf. The lightweight, ergonomically designed transducer provides direct readings in kilograms or pounds. Use in isolation or combine with EMG recordings for in-depth studies of muscular activity. The isometric design improves experiment repeatability and accuracy. The TSD121B-MRI has an 8 meter cable terminated for connection […]View All
Discovering and understanding what motivates humans to produce better results has intrigued many researchers. Many researchers have explored the psychophysiological processes that drive our behavior. Here are some recent studies that have used BIOPAC systems to research motivation… Motivation and Pleasure Deficits Undermine the Benefits of Social Affiliation in Psychosis. Blanchard, J. J., Smith, J. […]
Eye tracking technology has come a long way and has enabled researchers to conduct mobile experiments and track participants in real world scenarios. These featured studies demonstrate some of the use cases for mobile eye tracking technology. Here are some recent studies that have used BIOPAC systems for eye tracking research… Drivers’ gaze patterns when resuming […]Read All