EMG recording with IX-BIO8

Measurements

• Maximal voluntary contraction
• Muscle Force
• Fatigue
• Recruitment
• Summation
• Incomplete Tetanus
• Complete Tetanus
• H-Reflex

Analysis

• Time Domain Analysis
  • Recified EMG Data
  • RMS ( Root Mean Square)
  • Envelope EMG Data
  • Filtering
  • Mean Frequency
  • Area Under The Curve

• Frequency Domain Analysis
  • Power Spectral Density

Additional Measurements

EOG

Electroculogram Activity (EOG), is measured by electrodes placed on the skin near the eye.  These electrical changes are unique to each of four different types of eye movement (saccades, VOR, pursuit, and vergence).  The IX-BIO4/IX-BIO8/iWire-BIO4/iWire-BIO8, are DC coupled, allowing the measurement of EOG’s.

Strength and Performance Testing

Strength and performance testing and evaluation in athletes of all types can be performed with the iWorx EMG system. The IX-BIO4 and the IX-BIO8 offer a portable, color coded system, with the ability to generate reports and export data.

LabScribe software is a powerful recording and analysis software package offered by iWorx. LabScribe has an intuitive, user-friendly interface for setting up acquisition screens, calibrating signals and analyzing data. Up to 128 channels of data can be displayed simultaneously at sampling rates as high as 100,000 samples/second.

A comprehensive set of analysis routines have been preconfigured making data analysis and interpretation quick and easy. LabScribe includes a scripting function for use if the built-in analysis tools fall short of what is required for your application. Scripting languages currently supported include: Dadisp, Python, MatLab, LabView, and C++

In addition, data from iWorx Recorders can be acquired with LabView or Matlab or C++ programs using the provided iWorx API.

Technotes:

EMG analysis using LabScribe

Perform maximal voluntary contraction (MVC) calculations in LabScribe.

Papers about measuring EMG using iWorx systems on Google Scholar
Papers about measuring EOG using iWorx systems on Google Scholar

Featured Citations:

Counts, BR, Buckner, SL, Dankel, SJ, Jessee, MB, & … (2016). The acute and chronic effects of “NO LOAD” resistance training. Physiology & …. Elsevier.

DP Looney, WJ Kraemer, MF Joseph and …, “Electromyographical and perceptual responses to different resistance intensities in a squat protocol: Does performing sets to failure with light loads produce the same …”, The Journal of … (journals.lww.com, 2016).

CD Black, BK Tynes, AR Gonglach and DE Waddell, “Local and Generalized Endogenous Pain Modulation in Healthy Men: Effects of Exercise and Exercise-Induced Muscle Damage”, Pain Medicine (academic.oup.com, 2016).

NC Dabbs, CD Black and JC Garner, “Effects of whole body vibration on muscle contractile properties in exercise induced muscle damaged females”, Journal of Electromyography and … (Elsevier, 2016).