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11 results of 3 texts with exact phrase : 'chronic hemiparesis'.

1. NEUROSONOLOGY AND CEREBRAL HEMODYNAMICS, vol. 2, 2012, No. 2 , , ,

chronic hemiparesis, myosonology,
chronic hemiparesis, myosonology,
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Multimodal myosonography can objectify the structural and functional changes in triceps surae muscles in chronic hemiparesis after stroke.
Multimodal myosonography can objectify the structural and functional changes in triceps surae muscles in chronic hemiparesis after stroke.
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Myosonographic Assessment of Chronic Hemiparesis
Myosonographic Assessment of Chronic Hemiparesis
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Myosonographic Assessment of Chronic Hemiparesis
Myosonographic Assessment of Chronic Hemiparesis
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2. NEUROSONOLOGY AND CEREBRAL HEMODYNAMICS, vol. 10, 2014, No. 2 , , ,

Gait restoration in chronic hemiparesis is mainly associated with the use of optimal behavior strategies for compensation the existed motor deficit where the non-affected, clinically healthy side is more involved.
The restoration of gait after stroke is a primary and long-term goal of neurorehabilitation. This article focuses on the update scientific theories for the influence of neurorehabilitation on restoration of hemiparetic gait due to unilateral supratentorial stroke. At presence it is accepted that stroke patients have an optimal time window for fast recovery within the rehabilitation. A significant motor improvement can be achieved in the first 6 months after stoke following by a plateau, although some functional recovery may be observed many years after stroke. Gait restoration in chronic hemiparesis is mainly associated with the use of optimal behavior strategies for compensation the existed motor deficit where the non-affected, clinically healthy side is more involved. Recent concepts emphasize on optimal stimulation of brain plasticity using relevant task-oriented and high-intensity training in better motivated and moving patients who have preserved cognition and receive family support.
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In chronic hemiparesis the gait shows a typical asymmetrical pattern regardless of the type and the side of stroke, more pronounced in slower walkers with severe disability using orthotic de-
In chronic hemiparesis the gait shows a typical asymmetrical pattern regardless of the type and the side of stroke, more pronounced in slower walkers with severe disability using orthotic de-
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The patients with chronic hemiparesis use different strategies of reciprocal muscle activation and types of ankle movements depending on the severity of leg muscle paresis, the degree of gait recovery and the use of orthotic devices.
The patients with chronic hemiparesis use different strategies of reciprocal muscle activation and types of ankle movements depending on the severity of leg muscle paresis, the degree of gait recovery and the use of orthotic devices. A larch variability of EMG patterns during walking have been described by several studies – based on abnormal leg muscle activation [20], synergy exhibited by the NS [37], primitive patterns of mass extension and flexion [30], reciprocal ankle (TA/ TS) muscle inhibition [40] and co-activation [22] – fig. 6 B, C, D. These findings confirm that the gait alterations after stroke affect both legs and the motor system contralateral to the brain lesion appear to be relatively disinhibited with co-activation significantly elicited during swing phase on the AS. Thus even in present of motor deficit both legs act in a co-operative manner, each limb affecting muscle activation and temporal behaviour of the other. Orthotic devices are common in cases with reduced distal motor outcome with severe peroneal muscle deficit where the ankle on the AS needs to be stabilized.
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Some recent studies have shown possible gait indicators for bilateral brain reorganization in chronic hemiparesis due to stroke.
Some recent studies have shown possible gait indicators for bilateral brain reorganization in chronic hemiparesis due to stroke. They are related to:
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Motor control of gait in patients with chronic hemiparesis after unilateral supratentorial stroke.
Titianova E, Tarkka I, Sherwood A. Motor control of gait in patients with chronic hemiparesis after unilateral supratentorial stroke.
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Indicators for Bilateral Changes in Gait Motor Control in Chronic Hemiparesis after Unilateral Supratentorial Stroke.
Titianova E. Indicators for Bilateral Changes in Gait Motor Control in Chronic Hemiparesis after Unilateral Supratentorial Stroke. Doctor of Sciences Thesis, 2007.
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3. NEUROSONOLOGY AND CEREBRAL HEMODYNAMICS, vol. 13, 2017, No. 2 , , ,

Chronic hemiparesis after stroke.
Chronic hemiparesis after stroke.
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