The dynamics of shoulder joint function in patients with hemiparesis in the acute period of carotid stroke

Skvortsov, Dmitry; Kaurkin, Sergey N.; Ivanova, Galina E.; Lobov, Andrey N.; Журавлева, А. Н.

doi:10.17116/jnevro201711712294-101

Cited by 3 publications

(2 citation statements)

References 19 publications

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“…Makes movements in the shoulder joints -flexion-extension, abduction-adduction, up to 90 degrees, and external/internal rotation of the upper limbs. Motion kinematics was recorded in three mutually perpendicular planes according to the developed procedures [20]. Strap-down inertial sensors were used.…”

Section: Methodsmentioning

confidence: 99%

Dynamics of the Function of the Shoulder Joint and Shoulder Girdle Muscles in Patients with Hemiparesis during the Acute Stage of Hemispheric Stroke: A Randomised Trial

Kaurkin¹,

Skvortsov²,

Ivanova³

2020

J Med Imaging Case Rep

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Question: How is dynamics of the function of the shoulder joint and shoulder girdle muscles in patients with hemiparesis during the acute stage compare to individual rehabilitation sessions (IRS) and IRS plus biofeedback (BF) training? Design: Randomised, parallel-group trial with intention-to-treat analysis. Participants: Control group included 25 healthy persons. The group of 25 patients with hemiparesis during the acute stage of first-ever hemispheric stroke: a group receiving IRS (R group). Intervention: The group of 25 the same type of patients: a group receiving along with IRS the BF training (R & BF group). Outcome measures: The study of patients was conducted before and after the individual set of rehabilitation measures: on the 3-5th day and after the course completion on the 21st day. Each of the participants passed a standard clinical examination and biomechanics investigation of kinematics of shoulders joints and trunk movement, and of EMG of girdle shoulders muscles. Results: The control group recognized a normal pattern of kinematics of shoulders joints, trunk movements and EMG function. The results of the studies by the clinical scales did not show statistically significant differences in patients group. We noted decrease of all the basic amplitudes of the paretic limb and later EMG maximum activity. As a result of rehabilitation discovered a slight improvement of the paretic limb with somewhat better dynamics in the R & BF group. Conclusion: Application of the combined technique of the rehabilitation treatment-rehabilitation with biofeedback-provides earlier activation of the reparative processes.

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Section: Methodsmentioning

confidence: 99%

Dynamics of the Function of the Shoulder Joint and Shoulder Girdle Muscles in Patients with Hemiparesis during the Acute Stage of Hemispheric Stroke: A Randomised Trial

Kaurkin¹,

Skvortsov²,

Ivanova³

2020

J Med Imaging Case Rep

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“…In clinical practice, the use isolated methods of mechanotherapy are not feasible. The restoration of the walking stereotype has a systematic and integrated approach [7,15,16]. In complex walking rehabilitation programs, in addition to individual kinesiotherapy sessions to work out individual elements of the step and strengthen certain muscle groups, balance training using stabiloplatforms, including BFB for training balance and locomotor symmetry, is prescribed, for example, "Huber", MBN "Stabilo", and others.…”

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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The Friendly Movements of the Shoulder Joints and Trunk in Healthy Subjects

2020

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The dynamics of shoulder joint function in patients with hemiparesis in the acute period of carotid stroke

Abstract: A fEMG of the muscles is a more sensitive and informative method of the diagnosis of disorders of motor function and assessment of recovery process of the muscles of the shoulder joint in patients with hemiparesis.

Cited by 3 publications

References 19 publications

Dynamics of the Function of the Shoulder Joint and Shoulder Girdle Muscles in Patients with Hemiparesis during the Acute Stage of Hemispheric Stroke: A Randomised Trial

Dynamics of the Function of the Shoulder Joint and Shoulder Girdle Muscles in Patients with Hemiparesis during the Acute Stage of Hemispheric Stroke: A Randomised Trial

Perspective Chapter: Hardware Technologies for Gait Restoration

The Friendly Movements of the Shoulder Joints and Trunk in Healthy Subjects

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