The NIBP100D Noninvasive Blood Pressure System automatically records noninvasive blood pressure. The NIBP100D system attaches to the fingers of a human subject to output a continuous noninvasive arterial pressure (CNAP) signal. The system will work for short and long-term studies that demand several hours of monitoring. Combine the blood pressure signal with a variety of other physiological measures for detailed studies.
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Use the automated blood pressure analysis and estimated cardiac output routines in AcqKnowledge to automatically calculate and display values for systolic, diastolic, mean blood pressure, heart rate, stroke volume, and cardiac output and also export the data directly to Excel.
The NIBP100D interfaces with a DA100C, via a TCI105.
See NIBP features & benefits for research users to learn more now.
BIOPAC Research Solutions | ECG
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MP160 System
Wireless | Automated Noninvasive Blood Pressure – Human
MP160 System with AcqKnowledge plus BioNomadix wireless EEG amp, 8 mm reusable snap electrodes and adhesive gel
MP160 System
Day Passes T4: Tools, Trends, Techniques, and Technology Monday, July 24, 2017 – Wednesday, July 26, 2017 Join BIOPAC for hands-on, small-group human physiology workshops, presented by renowned experts, on the beautiful University of California at Santa Barbara campus in Santa Barbara, California, USA. Who should attend Anyone who records and analyzes human physiology data […]
View AllThe Mobita 32-Channel EEG recording system was used in research examining if physiological data can be used to predict truly random events that correspond to perceptual stimuli. Baumgart, et al. from the University of California Santa Barbara utilized a quantum random number generator (qRNG) to choose from three randomized conditions: light, sound, and no stimulus. […]
BIOPAC provides software and hardware that allow for research teams to record and analyze respiration activity in physiological experimentation. Here are a few notable studies in monitoring respiration and cardiovascular activity. The coupling between peripheral microcirculation and slow breathing: The purpose of this study was to investigate the coupling of breathing movements and microcirculatory blood […]
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