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Neuromuscular Aspects of Human Movement Force Measurement

This customer project was completed by the department of Health and Exercise at Colorado state university which utilises load cells to measure human muscle force.

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Neuromuscular Aspects of Human Movement Force Measurement

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  1. Phone Number: 1-800-550-0280 Contact Email: contact@tacunasystems.com Website: https://tacunasystems.com/ Neuromuscular Aspects of Human Movement Force Measurement The Neuromuscular Aspects of Human Movement (HES 319, Dr. Brian Tracy) course in the Department of Health and Exercise Science at Colo- rado State University has an exciting, experiential laboratory component in which the students learn a variety of neuromuscular principles. The students do experiments on each other and produce their own data. These lessons frequently utilize force transducers to measure maximal strength or provide visual feedback during submaximal exercise tasks. The laboratory procedures currently use Amcells STL Series S-Type/S- Beam Load Cells to measure force output of the legs and arms during mo- tor control tasks or while learning about the principles of motor unit recruit- ment. Another lab combines the S-Beam load cell with the AnyLoad 247AS Miniature Stainless Steel Load Button to measure the force of the reflex hammer impact and the resulting force output of the leg in order to learn about the stretch reflex. The students can measure the timing and the force of the tendon tap using the custom tendon hammer instrumented with the miniature load cell.

  2. AnyLoad 247AS Miniature Stainless Steel Load Button to measure the force of the reflex hammer. Using the Amcells STL Series S-Type/S-Beam Load Cell to measure force output of the legs and arms.

  3. Close-up of the AnyLoad 247AS Miniature Stainless Steel Load But- ton force of the reflex hammer. Phone Number: 1-800-550-0280 Contact Email: contact@tacunasystems.com Website: https://tacunasystems.com/

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