Neural Prostheses for Locomotion

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Editorial

04 November 2021

Editorial: Neural Prostheses for Locomotion

Yury Ivanenko

,

Daniel P. Ferris

,

Kyuhwa Lee

,

Yoshio Sakurai

, 1 more and

Mikhail Lebedev

2,447 views

2 citations

Editors

6

Daniel P Ferris

University of Florida

Mikhail A Lebedev

Department of Mathematical Analysis, Faculty of Mechanics and Mathematics, Lomonosov Moscow State University

Santa Lucia Foundation (IRCCS)

Wyss Center for Bio and Neuroengineering

Doshisha University

Irina N. Beloozerova

Georgia Institute of Technology

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About

During the last decade, we have seen a rapid development of neural prostheses, the systems that connect the brain to external assistive and rehabilitation devices. While this work was dominated by the research on neural prostheses that enable sensorimotor functions of the arm and hand, there has also been growing interest in neural prostheses that restore locomotion, the ability to move in space. Brain-controlled wheelchairs and exoskeletons represent examples of such neural prostheses.

This Research Topic welcomes the submission of original research, reviews, hypotheses and theories in the field of neural prostheses for locomotion. We welcome work on both invasive and noninvasive neural prostheses, as well as prosthetic devices that employ EMG signals and residual motor activity in paralyzed patients. Submissions with the focus on robotic and electronic aspects are welcome, as well.

During the last decade, we have seen a rapid development of neural prostheses, the systems that connect the brain to external assistive and rehabilitation devices. While this work was dominated by the research on neural prostheses that enable sensorimotor functions of the arm and hand, there has also been growing interest in neural prostheses that restore locomotion, the ability to move in space. Brain-controlled wheelchairs and exoskeletons represent examples of such neural prostheses.

This Research Topic welcomes the submission of original research, reviews, hypotheses and theories in the field of neural prostheses for locomotion. We welcome work on both invasive and noninvasive neural prostheses, as well as prosthetic devices that employ EMG signals and residual motor activity in paralyzed patients. Submissions with the focus on robotic and electronic aspects are welcome, as well.

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Editors

Daniel P Ferris

University of Florida

Mikhail A Lebedev

Department of Mathematical Analysis, Faculty of Mechanics and Mathematics, Lomonosov Moscow State University

Santa Lucia Foundation (IRCCS)

Wyss Center for Bio and Neuroengineering

Doshisha University

Irina N. Beloozerova

Georgia Institute of Technology

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241,014 Total views

182,058 Article views

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5,992 Topic views

Published In

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Frontiers in Neuroscience

Neuroprosthetics

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Frontiers in Human Neuroscience

Human Neuroscience Archive, Brain-Computer Interfaces

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Frontiers in Neurology

Neuroprosthetics

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