Archive for August 2014

Wireless Surface EMG Modules | Data Acquisition


Physiological data acquisition systems offer many options for recording surface EMG, needle EMG, and fine wire EMG. General muscle activity and fatigue can be determined by recording and analyzing surface EMG data from major muscle groups.

Recording facial EMG data is well-suited for startle response studies, neuromarketing applications, and psychophysiology research.  Wireless surface EMG modules offer solutions for freely moving subjects in ambulatory environments, real-world settings, and virtual reality paradigms. Combining surface EMG recording channels with other physiological data allows for display and automated analysis of muscle contraction simultaneously with other physiological events.

Correlate EMG activity with data from other sources including force plates, goniometers, and motion analysis equipment. Analysis software tools, including spike counting, muscle activation location, and frequency analysis allow for post-acquisition surface EMG data interpretation. Results of EMG recordings can be output as graph channels for easy data visualization, or can be in numerical format in summary tables or spreadsheets. Data can then be used for further statistical analysis. 

EMG Analysis | Biomechanics

Biomechanics research has never been easier thanks to powerful new data acquisition and analysis tools. Perform real-time calculations and post-data acquisition analysis on a variety of biomechanical and physiological data.

Simultaneously acquire up to 16 channels of biomechanics and/or gait-specific data. An example setup could incorporate two channels of heel/toe strike timing, ten channels of EMG signals, and four channels of goniometry data — however combinations are virtually endless. Record sit-and-reach tests, range of motion evaluations, muscle balance assessments and more.

Real-time event markers allow researchers to log important events in the data and also include comments that can be written during or post acquisition.


After recording, choose an automated analysis package to interpret and score the biomechanics data. For example, automated EMG analysis allows for a variety of automated functions including deriving integrated EMG, root mean square (RMS) EMG, locating muscle activation, full frequency and power analysis, and much more.

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