Neuromechanical and Neuroelectromagnetic Interventions for the Mitigation of Limb Pathology
Exclusively Licensed
Invention type: Technology
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Case number: #19987TE
A physiological feature of a subject is monitored by implanting a plurality of targets, such as magnets, and detecting at least one change in a physical property of the targets, followed by modifying a physiological feature of the subject in response to a change of state detected by the change in physical property detected in the targets. Cutaneous sensory feedback and proprioceptive feedback in a subject, as well as selective stimulation of axons or nerve fascicles of a neuron of a subject are provided.
Researchers
Hugh M Herr
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Cameron Taylor
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Tyler Clites
Departments: Program in Media Arts and Sciences
Technology Areas: Biomaterials & Bioelectronics: Health Monitoring / Biotechnology: Sensors & Monitoring / Industrial Engineering & Automation: Robotics
Impact Areas: Healthy Living, Advanced Materials
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method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
United States of America | Pending -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
United States of America | Granted | 11,992,307 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
European Patent Convention | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
United States of America | Published application -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
United Kingdom | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
European Unitary Patent | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Austria | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Belgium | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Bulgaria | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Germany | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Denmark | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Estonia | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Finland | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
France | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Italy | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Lithuania | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Luxembourg | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Latvia | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Malta | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Netherlands | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Portugal | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Romania | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Sweden | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
Slovenia | Granted | 3,694,408 -
method for neuromechanical and neuroelectromagnetic mitigation of limb pathology
United States of America | Pending
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