BIOPAC – Inspiring people
and enabling discovery about life.
Measure physiology anywhere, anytime, from any subject with innovative, compatible solutions that can be used by anyone for meaningful discovery & high-quality, scientific interpretation.
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Make greater discoveries in the lab, in the MRI, and in real-world and virtual environments using BIOPAC wired, wearable wireless, and MRI-compatible physiology measurement and interpretation solutions. Cited in over 24,400 peer-reviewed journal articles & scholarly references and trusted by the world’s premier laboratories and leading researchers, BIOPAC’s world-class life science research platforms provide the most advanced acquisition and analysis of ECG, EEG, EGG, EMG, EOG and over 300 other signals and physiological measurements.
Increase student engagement and deliver inspired teaching—before, during and after the lab—with the Biopac Student Lab System, the gold standard for life science education. Preferred by faculty in the best learning institutes around the world for its superior flexibility, ease of use, student engagement, and educator support, the Biopac Student Lab System’s integrated hardware, software, and curriculum compliment physiology, exercise physiology, psychology, pharmacology, biomedical engineering, nursing, and medical school undergraduate and post-graduate programs.
Tightly synchronize high frame rate video—up to 100 FPS—with physiological data recorded with a BIOPAC MP150 Research System Use the High Frame Rate Camera System to capture precise movement activity as a series of video frames (640×480 resolution) in conjunction with other recorded physiological variables.
Before every important space flight precautions must be taken to ensure the astronauts’ safety. Beyond just ensuring that the space craft is secure, it is important to note any potential physiological changes that may occur in space. Researchers Marshall-Goebel et. Al investigated hypothesized alterations in cerebral hemodynamics could cause visual impairment and intracranial pressure in […]
Brain Connectivity and Human Responses to Music: While it has been proven that people find music aesthetically appealing because of neural circuitry, it is unclear why individuals received different levels of enjoyment to different types of music. Researchers from Wesleyan University used a combination of survey data and behavioral and psychophysiological measures to try and understand […]