Titlebook: Neuroprosthetics and Brain-Computer Interfaces in Spinal Cord Injury; A Guide for Clinicia Gernot Müller-Putz,Rüdiger Rupp Book 2021 Spring

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Electroencephalography and Brain–Computer Interfacesrformed. This includes types of electrodes, amplifiers, and known artifacts. Further on, the term brain–computer interface (BCI) is introduced and its components and useful experimental paradigms get explained. With an outlook of application scenarios we build the basis for further chapters in this

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History of Neuroprostheticsal stimulation (FES) for restoration of functions lost due to spinal cord injury (SCI). This chapter aims to provide a compact overview of the most common motor neuroprostheses, including devices for diaphragm pacing in people with very high SCI and for generation of upper and lower extremity moveme

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Upper Extremity Neuroprosthetics for Spinal Cord Injuryr-controlled grasp and release. All UE neuroprostheses are composed of a means of activating paralyzed muscles, a means of enabling the user to control the stimulation, and a computational component that translates the user’s command to the stimulation output. An important distinction of UE neuropro

Brain-Imaging

Neuro-Robotics: Rehabilitation and Restoration of Walking Using Exoskeletons via Non-invasive Brain–ms are designed around microelectromechanical properties for monitoring or feedback purposes (such as smart systems that monitor heartbeat or muscle activity). Others are designed at the macroscale for various medical applications (such as prostheses and orthoses). In recent years there has been an

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Epidural and Transcutaneous Spinal Cord Stimulation Strategies for Motor Recovery After Spinal Cord function in individuals with chronic, severe spinal cord injury (SCI). Invasive and non-invasive methods for SCS have emerged, all with the goal to augment functional activity of spared spinal circuits distal to the lesion. Here we provide background information on the development and function of t

TSH582

Chronic

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