Active clinical trials for "Stroke"

Difficulties with walking is a common and distressing problem following stroke and can lead to reduced independence. Research suggests that using an auditory cue, such as a regular beat or pulse, as part of rehabilitation can improve walking. It is also recommended that early rehabilitation following stroke delivers the bestoutcome for patients. Study aim:To determine whether the use of auditory cueing in early stroke rehabilitation is feasible during a balance and gait therapy programme. Study participants: Adults following acute stroke with walking problems. Participants must be able to sit unsupported and stand with assistance of 1 or 2 people. They will be recruited from the acute stroke unit at North Tyneside General Hospital 2 days to 4 weeks following stroke. A total of 12 participants will be recruited. Study setting: Acute stroke unit - North Tyneside General Hospital and participants homes if they are discharged within the study period. Intervention:Participants will receive auditory rhythmical cueing intervention targeting balance and gait for 30 minutes x5 / week for 3 weeks within the physiotherapy gym on the stroke unit or at home if discharged within the intervention period. The 30 minutes will consist of balance exercises and walking practice using auditory cueing with a metronome. Measures:1. What the participants and the therapists think of the intervention will be assessed by questionnaires. The questionnaires contain open and closed questions and have been developed specifically for this study. 2.The stroke survivors trunk control, balance and walking will be assessed before and after the intervention. Study Duration: 12 months Future Plans: This study will be used to inform a larger study testing if the intervention works and how much it costs

The aim of the present study was to quantitatively assess the risk factors that may affect the re-occurrence of a CVD event and the use of a commercially available mobile application Samsung Health for the assessment of parameters of exercise tolerance and the ECG M-Trace Base II application for the assessment of cardiological parameters.

This epidemiological survey is to analyze the prevalence rate of stroke and exposure rate of risk factors in sampling population aged 40 years and over (born before December 31,1975) in Dehui City, to provide scientific basis for pertinent prevention and control of stroke in Jilin Province, and to provide valuable data for the high-risk groups to carry out regular follow-up and standardized management.

The purpose of this study was to verify convenience and feasibility of the novel intelligent Longshi assessment system to provide an accurate and convenient evaluation tool for stroke survivors.

Stroke is a major public health issue in developed countries. A full etiological work up within a short time is critical to implement the appropriate preventive treatment. The etiological work up is actually based on a clinical examination and on a group of paraclinical examinations. The realization of the standard strategy is time consuming, and increase the cost of the medical care. A non-invasive one-shot examination of the heart, the aorta and the cervical and intracranial arteries (cci-MRI) could overcome these disadvantages.The investigator therefore propose to carry out an overall assessment of the performance of the cci-MR in the etiological work up of ischemic strokes and TIAs compared to the reference strategy

Early outcome prediction after ischemic stroke (IS) is of great importance. Prognosis is usually based on clinical variables and neuroradiological findings while serum biomarkers may contribute to prognostic accuracy. Inflammatory biomarker Suppression of Tumorigenicity 2 (ST2) has been shown as promising in IMU outcome predicting. The relationship between ST2 serum values and IS severity is not fully clarified. The proposed hypothesis is that earlier releasing and higher ST2 serum concentrations will be associated with a worse IS outcome. In this prospective and observational study 20 patients with IS will be included and followed. The primary outcome is functional outcome according to the modified Ranking scale at 90 days. In case of hypothesis confirmation, theoretical contribution will be in a better understanding of pathophysiological changes in acute phase of IS, while the clinical purpose is to improve the prognostic procedure.

The study focus on the elderly patient (older than 80 years of age) who had acute ischemic stroke and received mechanical thrombectomy. The investigators analyze different factors in the stage of before, between, after procedure and trying to figure out if there is any difference between the 30-day-mortality group versus non-30-day-mortality group.

Clinical deterioration is observing in up to forty percent of patients with acute ischemic stroke (AIS) due to large vessels occlusion. Until now, there is no automated monitoring system for early detection of neurological deterioration in such patients. As a first step to develop such system investigators suggest this study aiming to evaluate patterns of brain electrical activity registered by EEG in patients with AIS attributed to the MCA or ICA territory correlated with location and extension of ischemic lesions as determined by non-contrast CT (NCT).

Acute infarction patterns have been described in cardioembolic stroke, mainly with atrial fibrillation (AF) or patent foramen ovale. We aimed to analyse acute infarction MRI characteristics in stroke patients with intracardiac thrombus (ICT) compared with stroke patients with AF.

It is a retrospective cross-sectional study, where consecutive stroke patients with vessel occlusion on magnetic resonance angiography (MRA) will be included for the study for one year. The relation of Susceptibility vascular sign (SVS) on Susceptibility Weighted Imaging (SWI) with risk factors and territory involved and length of thrombus will correlated with the National Institutes of Health stroke scale (NIHSS).Among total number of patients included in this study the demographics of the patients will be calculated. Risk factors for stroke of the patients included in this study will tabulated. The site of occlusion will be tabulated. The mean NIHSS scale will be calculated. Presence of SVS in patients with MR angiography positive vessel occlusion will be calculate in percentage. Subgroup analysis of presence of SVS on SWI will be done. The mean length of the thrombus will be calculated in these patients with positive SVS. Correlation between SVS on SWI with the risk factor of the patient by using the chi-square test will be calculated. A Chi-square test will be done to find out the correlation between the SVS with territorial occlusion. The correlation between the NIHSS score and length of thrombus will be calculated using the Pearson test. SWI can be useful in identifying the location of the thrombus, and NIHSS can determine the thrombus length in acute stroke. A higher incidence of SVS can be associated with risk factors and it also depends upon the site of occlusion of the vessel.