Postsurgical Pathologies Associated with Intradural Electrical Stimulation in the Central Nervous System: Design Implications for a New Clinical Device

<table>The electrode-bearing surface of an early prototype version of the HSCMS. The device is shown in place on an exposed section of ovine spinal cord during an acute<i> in vivo</i> trial. This particular device is made of a nearly transparent thin film of silicone, had nine electrodes arranged in a 3 × 3 array, and was held in place by clips attached to dural flaps.</table>

BioMed Research International

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Figure 4: Postsurgical Pathologies Associated with Intradural Electrical Stimulation in the Central Nervous System: Design Implications for a New Clinical Device 

Figure 4 | Postsurgical Pathologies Associated with Intradural Electrical Stimulation in the Central Nervous System: Design Implications for a New Clinical Device 