The MP System can be synchronized with imaging systems (MRI, video capture, etc.). An imaging system can be used to trigger the recording or, alternatively, the MP System can be used to trigger the imager.
With CAM-HFR-A and AcqKnowledge media tools, it’s possible to obtain synchronization within 1 video frame (10 ms) between physiological data and video data, running at a rate of 100 frames per second, up to the computer’s memory capacity. This very high performance video recording option incorporates automatic synchronizing between the video data and the physiological data, so no external synchronization marker is required. Furthermore, the high speed camera in CAM-HFR-A can be controlled from AcqKnowledge for exposure times as short as 1 ms, running at 100 frames per second. This combination of high frame rate, automatic synchronization, and precise control over camera exposure times results in the ability to precisely characterize physical activity in relation to simultaneously recorded physiological data, such as EMG, Acceleration, Goniometry, Respiration, and more.
See also: BIOPAC MRI Guidelines
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This is one of many ADVANCED FEATURES for the selected Application. Scroll down for hardware options.The DTU200 and 300 are dual channel gating systems for small animal and human MRI applications. They send cardiac trigger pulses to the MRI when a respiration signal is in the quiet phase. Pre-processing filters and gain controls further refine the quality of the signal and ensure reliable triggering.
MRI gating data ECG and respiration
A single channel Digital Trigger Unit (DTU100) is also available to trigger an MRI system with the occurrence of the R-wave present in human or animal (high frequency) ECG or respiratory data for gating purposes. This external hardware module can accept data from any analog output associated with an MP system and convert that analog signal into a TTL compatible trigger suitable for synchronizing with external devices.
BIOPAC Research Solutions | EMG
Do your students feel ready for engineering in the real world? Are they prepared for real-life scenarios that include human factors and ergonomics? Understanding human physiology enables engineers to create quality biomedical devices for real-life applications. Join us as we explore why physiology should be a prerequisite for engineering students and learn how Biopac Student Lab can help prepare the next generation of engineers.What You Will Learn:
• How to plan engineering curriculum around real-world applications
• Innovative ideas for student engagement and project-based learning
• Tools for teaching cardiovascular, respiratory, SpO2, and EEG concepts for engineering students
• How to acquire essential resources for engineering labs
• Overview of the Biopac Student Lab
Live Webinar: April 29th at 9AM PT/10AM ET
BIOPAC provides software and hardware that allows engineers to study the body. Here are a few notable studies using BIOPAC equipment for Biomedical Engineering research. Rehabilitating the Rehab Industry Could physical therapy be done from the comforts of your own home? If possible, this would open the door for more people with all sorts of ailments to […]
BIOPAC’s comprehensive Introductory ECG Guide addresses fundamental to advanced concerns to optimize electrocardiography data recording and analysis. Topics include: ECG Complex; Electrical and Mechanical Sequence of a Heartbeat; Systole and Diastole; Configurations for Lead I, Lead II, Lead III, 6-lead ECG, 12-lead ECG, precordial leads; Ventricular Late Potentials (VLPs); ECG Measurement Tools; Automated Analysis Routines for extracting, […]
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