Recovery of social and everyday skills after a complex of functional spatially oriented rehabilitation in elderly patients with cerebral stroke

Derevyashkina, G V; Koneva, E. S.; Shapovalenko, T. V.; Bisheva, D R; Sidyakina, I. V.; Konev, S. M.; Mikhailova, A. A.; Zhumanova, E N; Lyadov, K V

doi:10.17116/kurort2022990425

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2024

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“…At the same time, both ergotherapy items (locks, door handles, magnetic card readers, etc.) and unstable surfaces that make it difficult to walk on "reference" rehabilitation surfaces are implemented in the complex training system [14].…”

Section: Clinical Use Contextmentioning

confidence: 99%

Perspective Chapter: Hardware Technologies for Gait Restoration

V. Lyadov,

S. Koneva,

V. Dereviashkina

et al. 2024

Biomedical Engineering

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This chapter summarizes current status and perspectives in hardware technologies for medical rehabilitation. The chapter’s first part describes the long journey from basic rehabilitation technologies toward modern robotic devices for gait restoration. The second part of the chapter revolves around a context-based use of hardware techniques: their connection with rehabilitation goals, International Classification of Functioning (ICF) coding, rationale for use, and combinations with other treatment modalities. This part summarizes the opportunities of modern hardware gait and highlights their limitations, both clinical and organizational. The third part revolves around available evidence-based data on the comparative effectiveness of rehabilitation technologies in different clinical scenarios. The final subchapter describes the state-of-the-art hardware restoration techniques, including implanted electrodes, exoskeletons etc., as well as gives an outlook toward the challenges faced with researchers and healthcare professionals.

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Section: Clinical Use Contextmentioning

confidence: 99%