Design and Control of Mechanoneural Interfaces for Neuroprosthetic Limbs by Song, Hyungeun

“…Additionally, we present a neuroprosthetic framework that fully reconstructs biomimetic gait from neural information generated by individuals with below-knee amputation. …”
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Functional thin film polymers for biopassivation of neuroprosthetic implants by O'Shaughnessy, Wm. Shannan

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Rewiring neural conduits : engineering neuromuscular tissues for bidirectional neuroprosthetic interfacing by Srinivasan, Shriya, author.

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Acquisition of Surface EMG Using Flexible and Low-Profile Electrodes for Lower Extremity Neuroprosthetic Control by Yeon, Seong Ho, Shu, Tony, Song, Hyungeun, Hsieh, Tsung-Han, Qiao, Junqing, Rogers, Emily A, Gutierrez-Arango, Samantha, Israel, Erica, Freed, Lisa E, Herr, Hugh M

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Remote control of a cyborg moth using carbon nanotube-enhanced flexible neuroprosthetic probe by Stone, A., Aldworth, Zane N., Daniel, Tom L., Hildebrand, John G., Levine, Richard B., Tsang, Wei Mong, Otten, David M., Akinwande, Akintunde Ibitayo, Voldman, Joel

“…We report the first remote flight control of an insect using microfabricated flexible neuroprosthetic probes (FNPs) that directly interface with the animal's central nervous system. …”
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Implantable brain–computer interface for neuroprosthetic-enabled volitional hand grasp restoration in spinal cord injury by Cajigas, Iahn, Davis, Kevin C, Meschede-Krasa, Benyamin, Prins, Noeline W, Gallo, Sebastian, Naeem, Jasim Ahmad, Palermo, Anne, Wilson, Audrey, Guerra, Santiago, Parks, Brandon A, Zimmerman, Lauren, Gant, Katie, Levi, Allan D, Dietrich, W Dalton, Fisher, Letitia, Vanni, Steven, Tauber, John Michael, Garwood, Indie C, Abel, John H, Brown, Emery N, Ivan, Michael E, Prasad, Abhishek, Jagid, Jonathan

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Towards organic electronics that learn at the body-machine interface: A materials journey by Roh, Heejung, Cunin, Camille, Samal, Sanket, Gumyusenge, Aristide

“…Whether assisted by the publicity of neuroprosthetics through technological giants (e.g., Elon Musk) or sparked by software capabilities to handle larger datasets than before, we are witnessing a surge in the design and fabrication of organic electronics that can learn and adapt at the physiological interface. …”
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Characterization and connectorization of optoelectronic neural probes by Selvidge, Jennifer (Jennifer G.)

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Clinical viability of magnetic bead implants in muscle by Taylor, Cameron R., Clark, William H., Clarrissimeaux, Ellen G., Yeon, Seong Ho, Carty, Matthew J., Lipsitz, Stuart R., Bronson, Roderick T., Roberts, Thomas J., Herr, Hugh M.

“…We thus anticipate their imminent use in human-machine interfaces, such as in control of prostheses and exoskeletons and in closed-loop neuroprosthetics to aid recovery from neurological disorders.…”
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An optical telemetry system for wireless transmission of biomedical signals across the skin by Larson, Bruce C. (Bruce Carl)

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Restoration of bilateral motor coordination from preserved agonist-antagonist coupling in amputation musculature by Shu, Tony, Huang, Shan S, Shallal, Christopher, Herr, Hugh M

“…Abstract Background Neuroprosthetic devices controlled by persons with standard limb amputation often lack the dexterity of the physiological limb due to limitations of both the user’s ability to output accurate control signals and the control system’s ability to formulate dynamic trajectories from those signals. …”
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Restoration of bilateral motor coordination from preserved agonist-antagonist coupling in amputation musculature by Shu, Tony, Huang, Shan S, Shallal, Christopher, Herr, Hugh M

“…Abstract Background Neuroprosthetic devices controlled by persons with standard limb amputation often lack the dexterity of the physiological limb due to limitations of both the user’s ability to output accurate control signals and the control system’s ability to formulate dynamic trajectories from those signals. …”
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Electrochemical activation and inhibition of neuromuscular systems through modulation of ion concentrations with ion-selective membranes by Song, Yong-Ak, Melik, Rohat, Rabie, Amr N., Ibrahim, Ahmed M. S., Moses, David, Tan, Ara, Han, Jongyoon, Lin, Samuel J.

“…This low-threshold electrochemical stimulation method is applicable in current implantable neuroprosthetic devices, whereas the on-demand nerve-blocking mechanism could offer effective clinical intervention in disease states caused by uncontrolled nerve activation, such as epilepsy and chronic pain syndromes.…”
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Polyimide Electrode-Based Electrical Stimulation Impedes Early Stage Muscle Graft Regeneration by Srinivasan, Shriya Sruthi, Vyas, Keval N, McAvoy, Malia, Calvaresi, Peter, Khan, Omar Fizal, Langer, Robert S, Anderson, Daniel Griffith, Herr, Hugh

“…Given the increasing use of regenerative free muscle flaps for various reconstructive procedures and neuroprosthetic applications, there is great interest and value in their enhanced regeneration, revascularization, and reinnervation for improved functional recovery. …”
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Adaptive filtering for global interference cancellation and real-time recovery of evoked brain activity: a Monte Carlo simulation study by Zhang, Quan, Brown, Emery N., Strangman, Gary E.

“…The technique can be performed in real time, an important feature required for applications such as brain activity localization, biofeedback, and potential neuroprosthetic devices.…”
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Performance Limitations in Sensorimotor Control: Trade-Offs Between Neural Computation and Accuracy in Tracking Fast Movements by Saxena, Shreya, Dahleh, Munther A

“…For example, if the primary motor cortex is compromised due to disease or damage, the theory suggests ways to manipulate muscle dynamics by adding the necessary compensatory forces using an assistive neuroprosthetic device to restore motor performance and, more important, fast and agile movements. …”
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Efficacy of Hammerstein models in capturing the dynamics of isometric muscle stimulated at various frequencies by Chou, Danielle, 1981-

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Neural interfacing architecture enables enhanced motor control and residual limb functionality postamputation by Srinivasan, Shriya S, Gutierrez-Arango, Samantha, Teng, Ashley Chia-En, Israel, Erica, Song, Hyungeun, Bailey, Zachary Keith, Carty, Matthew J, Freed, Lisa E, Herr, Hugh M

“…AMIs are designed to restore physiological neuromuscular dynamics, enable bidirectional neural signaling, and offer greater neuroprosthetic controllability compared to traditional amputation techniques. …”
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Agonist-antagonist muscle strain in the residual limb preserves motor control and perception after amputation by Song, Hyungeun, Israel, Erica A, Gutierrez-Arango, Samantha, Teng, Ashley C, Srinivasan, Shriya S, Freed, Lisa E, Herr, Hugh M

“…<jats:title>Abstract</jats:title><jats:sec> <jats:title>Background</jats:title> <jats:p>Elucidating underlying mechanisms in subject-specific motor control and perception after amputation could guide development of advanced surgical and neuroprosthetic technologies. In this study, relationships between preserved agonist-antagonist muscle strain within the residual limb and preserved motor control and perception capacity are investigated.…”
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