PhysIO Toolbox to remove image artifact associated with RSP and ECG
The general purpose of the PhysIO Toolbox is the model-based physiological noise correction of fMRI data using peripheral measures of respiration and cardiac pulsation. The software accepts time-series data generated with BIOPAC MRI amplifiers (ECG, RSP) and then uses this data to correct fMRI images.
Click the link below to download PhysIO Toolbox from the Translational Neuromodeling Unit (TNU) at Zurich site:
PhysIO Toolbox – The toolbox is distributed as open source code under the GNU General Public License (GPL, Version 3)
PhysIO Toolox is available as part of the TAPAS software collection of the TNU. TAPAS is a collection of algorithms and software tools that are developed by the Translational Neuromodeling Unit (TNU) at Zurich to support translational neuroscience, particularly concerning the application of neuroimaging and computational modeling to research questions in psychiatry and neurology.
The Ventilator Validation Kit supports new prototype development, existing design validation for production testing, mobile field testing and verification, and other uses where accurate pressure and flow measurements are critical. The Ventilator Validation Kit provides ventilator manufacturers and prototype developers with a complete solution for validating new medical/hospital-grade ventilator products intended for human use. The VVK100-SYS includes […]
New Ventilator Validation System Allows Device Manufacturers to Test Ventilator Pressure and Volume System supports rapid development and testing of hardware for COVID-19 treatment Goleta, California – March 24, 2020 BIOPAC Systems, Inc. announced a new Ventilator Validation System for engineering and device manufacturers to use when designing and testing new and existing ventilators for […]
Space Flight Simulations Prevent Disasters Under psychological and physical stress, astronauts can put their mission and crew in danger. Looking into this issue, researchers created a potentially catastrophic spaceflight simulation using a virtual reality environment and recorded the heart rate of participants. Psychophysiological responses to the potentially disastrous flight simulation were recorded using a BIOPAC MP […]