The relation between self-paced exercise performance and EEG activity: Influence of hot and hypoxic conditions Associate Professor Julien Périard, PhD (University of Canberra, Research Institute for Sport and Exercise) investigates how extreme environments shape brain function and endurance performance. Former... EEG eego sports waveguard Dec 31, 2019 Showcases
Comparison of waveguard touch dry electrodes to conventional gelled electrodes on physiological paradigms In this multicenter study, the wave guard touch with dry electrodes was compared to conventional gelled caps. Electrophysiologically, no statistically significant differences were found between dry an... EEG eego mylab waveguard Dec 31, 2019 Showcases
Trends in sports neuroscience: Rising demand for tools to study brain activity while being physically active Elite performance isn’t just physical—top athletes show more efficient brain activity and sharper attention control than novices. Lab fMRI studies (e.g., Neymar’s reduced motor-region load) hint that ... EEG Neuroscience eego sports waveguard Dec 31, 2019 Showcases
Dancing for research: Recording EEG while dancing to study empathy Researchers from BTU Cottbus-Senftenberg and HS Zittau/Görlitz studied how dance partners communicate non-verbally and how empathy helps them anticipate each other’s next move. Using a novel EEG setup... EEG asa eego sports waveguard Dec 31, 2019 Showcases
EEG and EMG in rehabilitation The eego sports system records brain (EEG) and muscle (EMG) activity together, enabling researchers and clinicians to map how neural signals translate into movement—crucial for conditions like stroke,... EEG EMG Mobile EEG eego sports waveguard Dec 31, 2019 Showcases
Facial EMG analysis for mastication experiments Facial EMG for chewing is easy and clean with mobile recording: bipolar leads on the masseter plus a thumb control captured solid signals with quick impedance checks and live preview. In ASA, a 3 Hz h... EEG eego sports waveguard Dec 31, 2019 Showcases