Active clinical trials for "Stroke"

The objective of this study is to assess if the association of botulinum toxin type A and kinesitherapy is superior to kinesitherapy and 0,9% saline for the functional performance in post-stroke patients. Hypothesis H(0): BT-A associated to kinesitherapy is not superior to kinesitherapy in the function of hemiparetic post-stroke patients. H(1): BT-A associated to kinesitherapy is superior to kinesitherapy in the function of hemiparetic post-stroke patients.

The purpose of this study is to determine whether an outpatient program can reduce the risk of recurrent stroke.

The aim of this research will be to investigate in stroke patients whether upper limb motor function can be maximized in response to sensory stimulation by comparing protocols for the application of Transcranial Magnetic Stimulation (rTMS) in the cortical region of S1 and Sensory Therapy in the upper limb paretic. Patients will be randomly and randomly allocated into four groups, Group 1 (G1) composed of individuals who will receive the protocol for the application of rTMS in the ipsilateral S1 cortex and fictitious sensory therapy in the paretic upper limb; Group 2 (G2) subjects will receive protocol of Sensory Therapy in the upper limb ethical and application of fictitious rTMS in the ipsilesional S1 cortex; Group 3 (G3): application of the protocol of application of rTMS in the ipsilateral S1 cortex associated with Sensory Therapy in the upper limb paretic and, G4 (GSHAM) control group in which fictitious rTMS will be performed and fictitious Sensory Therapy in the paretic upper limb).

A stroke located in the left parieto-temporal junction is associated, in aphasic right-handed patients, with a poor prognosis for language recovery. The role of the right hemisphere in recovering post-stroke aphasia is still controversial. Our hypothesis, based on recent work in imaging, is that early activation of the right hemisphere linked to the practice of the visual arts could facilitate language recovery in extended posterior left strokes that completely disrupt language areas.

Assessment of Therapeutic benefits and hazards of Mechanical Thrombectomy in Ischemic stroke patients with proximal occlusion within 4.5 hours from stroke onset.

This trial will compare an Implicit Learning Approach (ILA) to usual care, during the rehabilitation of mobility post stroke. It is a multicentre, assessor blind, cluster randomised controlled pilot trial, with embedded feasibility study. It also includes a nested qualitative evaluation, designed to explore the views of participants and therapists.

Generate a dynamic mapping of the distribution of iodine within the cerebral parenchyma in the patient suspected of acute ischemic disorder with the CT spectral scanner. Correlate the anomalies of iodine mapping to the other parameters acquired during the classic dynamic infusion phase to define the ischemic area (MTT higher and rCBV normal) versus infarcted zone (MTT higher and rCBV decreased)

Comparison of two types of robot (Armeo power vs Armeo spring) for upper extremity rehabilitation on upper extremity function

Gait training in stroke is a complex process of motor learning although restoring patients ability to walk would not prepare the individual with the challenges faced in the real environment. The aim is not simply walking in controlled environment, but to achieve dynamic walking. Dynamic walking is the ability of an individual to adjust to the changing surfaces and terrains. thereby returning to achieve active participation in the community. Hence, recovery of walking ability is the primary goal when planning treatment for patients with stroke.

Eighty community-living individuals in Uppsala municipality will be included. Intervention: Outdoor walking exercise program and one strength exercise. Methods: Clinical assessments, questionnaires and medical records. Assessment of motor function, cognition, level of physical activity, food intake and perceived stress are performed at screening as baseline measurements. Walking capacity, mobility, handgrip strength, body composition and cardiovascular risk markers will be assessed at baseline and after 12 week of training. At one year after training health-related quality of life, another cardiovascular incidence and mortality will be documented.