Titlebook: Replace, Repair, Restore, Relieve – Bridging Clinical and Engineering Solutions in Neurorehabilitati; Proceedings of the 2 Winnie Jensen,Ol

CORE

Strength and Motor Function after Arm Training with an Exoskeleton Robot,r function, achieved with robot-assisted training with the arm therapy robot ARMin, correlated to strength. We measured isometric strength in arm movements involving six joints with the therapy robot ARMin. In addition, we assessed grip strength with a hand held dynamometer. Furthermore, we compared

PANIC

transient-pain

Fully Implantable Multichannel EMG Measurement System: First Results, and dexterity is of limited use unless new ways of prostheses control will be developed. Currently control with two surface electrodes, allowing sequential control of each DoF separately, is still most often found. Efficient use of dexterous hand-prostheses though requires an intuitive and simultan

不要不誠(chéng)實(shí)

可商量

diathermy

威脅你

Spinal Cord Stimulation: Background and Clinical Application,ly et al. in 1967(1), it is used to treat a range of conditions such as complex regional pain syndrome (CRPS I)(2), angina pectoris(3), radicular pain after failed back surgery syndrome (FBSS)(4), pain due to peripheral nerve injury, stump pain(5), peripheral vascular disease(6) and diabetic neuropa

tenosynovitis

Clinical Evaluation of Training System for Recovery of Motor Function after Stroke in Patients withpatients with hemiplegia. Clinical evaluation of the therapeutic effect of the URSystem was performed in eight patients. Active ranges of motion (A-ROMs) of elbow extension and supination of the forearm were improved after training with the URSystem within two weeks. Moreover, the modified Ashworth

慌張

paroxysm