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Development of Flexible-Based Electrode Array for Spinal Cord Interface Open Access
- Other title
- Type of item
- Degree grantor
University of Alberta
- Author or creator
Khaled, Imad M.
- Supervisor and department
Vivian Mushahwar (Cell Biology)
Walied Moussa (Mechanical Engineering)
- Examining committee member and department
Kajsa Duke (Mechanical Engineering)
Samer Adeeb (Civil and Environmental Engineering)
Department of Mechanical Engineering
- Date accepted
- Graduation date
Master of Science
- Degree level
Multi-electrode arrays are essential tools to interface with the nervous system. The development of a flexible-based electrode array used to interface with the spinal cord is reported. A 2D finite element model (FEM) was developed to characterize the design parameters of such an array. A customizable, feasible and repeatable fabrication process is presented. The mechanical properties of the developed prototypes were characterized using the dynamic mechanical analysis. The arrays were implanted into surrogate cords that mimic the human spinal cord. The comparison between the strains measured across the cords implanted with flexible-based arrays and the ones implanted with other types of arrays (solid-based and individual wires) showed that the former arrays are mechanically more compliant with the cord than the rigid-based arrays. The experimental results validated the FEM, which was used to analyze the stresses induced by the electrodes of the different types of arrays on the cord. The obtained results confirmed the mechanical compliance of the flexible-based arrays with the cords.
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