Measure and analyze physiological signals from the human body and brain. Our wireless physiological data acquisition systems are integrated and easy to use. With NeXus and BioTrace+ Software we offer a powerful research tool to measure a wide range of physiological signals as a response to certain events, emotions and stimuli. Hundreds of universities, hospitals, and research centers are using our solutions for multimodal data acquisition.
Multimodal and integrated data acquisition from 4 to 32 channels
Sample rates up to 2.048 Hz in 24 bit resolution
Wireless Bluetooth for freedom in movement
USB for maximum sample rates and data quality
Active shielding for minimal noise and movement artifacts
Event trigger interface for synchronization
Card memory for ambulant recordings
Medical CE certified (IIa), FDA registered (II)
Export and import of several data formats like ASCII, EDF(+) or other formats
Flexible software for building own research designs or protocolsIn order to accurately synchronize events, triggers can be sent through the NeXus Trigger Interface (NTI). The NTI monitors stimuli/events and synchronizes these with the physiological signals. Different types of events can be monitored simultaneously. The NTI measures all of its inputs with 2048 samples/second. By use of RS232, the NeXus systems can also acquire events sent by E-prime and Presentation.
Flexible software for building own research designs or protocols. BioTrace+ has highly configurable screens and a script editor. In the screen editor mode, screens can be customized or built from scratch.
Software Development Kit (SDK) for even more interfacing and editing options. The SDK provides you with tools for custom programming within BioTrace+ or for creating your own C++ program interfacing with the raw data of the NeXus.
Overview of published articles with NeXus by Mind Media
| Heart rate variability predicts therapy outcome in pain-predominant multisomatoform disorder Angelovski A, Sattel H, Henningsen P, Sack M | 2016 | Journal | Journal of Psychosomatic Research | |
| Endogenus pain inhibition is unrelated to autonomic responses in acute whiplash-associated disorders MD Patrick Cras | 2015 | Journal | Journal of Rehabilitation Research and Development52.4 | |
| Psychophysiological response to cognitive workload during symmetrical, asymmetrical and dual-task walking Knaepen K, Marusic U, Crea S, Rodríguez Guerrero CD, Vitiello N, Pattyn N, Mairesse O, Lefeber D, Meeusen R | 2014 | Journal | Human Movement Sciences | |
| Neurofeedback as nonpharmalogical treatment for adults with Attention-defifit/hyperactivity disorder (ADHD): study protocol for a randomized controlled trial K Mayer, SN Wyckoff, AJ Fraligatter, | 2015 | Journal | Trials | |
| Specific effects of EEG based neurofeedback training on memory functions in post-stroke victims Kober SE, Schweiger D, Witte M, Louise Reichert J, Grieshofer P, Neuper C and Wood G | 2015 | Journal | Journal of neuroengineering and rehabilitation | |
Mind Media offers the following equipment for physiological data acquisition and psychophysiological research
