Make greater discoveries in the lab, in the MRI, and in real-world and virtual environments using BIOPAC wired and wearable wireless physiology measurement and interpretation solutions. Cited in over 30,700 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, EDA (GSR), 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 complement physiology, exercise physiology, psychology, pharmacology, biomedical engineering, nursing, and medical school undergraduate and post-graduate programs.
Smart Center Stand-alone, Portable Wireless Physiology Systems Smart Center Essentials entry-level system includes a Smart Center Device (BN-SMART with USB power cable), 2 or 3 Transmitters (BN-xxx-T with chargers); AcqKnowledge for Smart Center, and a case. Smart Center Enhanced adds a Logger (BN-LOGGER) and Basic Scripting License (ACK100W-BAS) to the Smart Center Device (BN-SMART with powercable), 3 […]
With new developments happening daily, it’s easy to forget to slow down and take a breath. Breathing can be as forgettable as it is crucial; the often forgettable automatic function inspires rituals in religions around the world. Studies have shown the importance of breathing not just in a spiritual sense but also in physiological health benefits. Lung functionality […]
BIOPAC research systems are to be used in a unique project combining art and science. The performance, titled “Search for Simurgh” will intricately tie emotional stimulation of dance with physiological measurement of those participating. Directed by Kate Digby, Kent State assistant professor, the project recently won a $15,000 grant from the National Endowment for the […]