Active clinical trials for "Stroke"

This lifestyle intervention plan will improve healthy lifestyle practices (diet, exercise, and smoking cessation) among stroke survivors and result in a reduction in measures of general and abdominal obesity.

The purpose of this study is to determine whether FAST (Fast muscle Activation and Stepping Training) exercises will improve walking balance in individuals after stroke to a greater extent than usual care. Hypothesis: The primary hypothesis is that improvements in walking balance will be larger following 12 sessions of FAST exercise retraining compared to usual care in persons in the sub-acute phase after stroke.

Among patients admitted with cerebral ischemia (stroke and transitory ischemic attack (TIA)) it is important to reveal the underlying cause of the disease. In special it is important to reveal if carotid artery stenosis is present as such a finding will directly influence on treatment and follow-up. For the diagnosis of carotid artery stenosis due to atherosclerosis ultrasound examinations is the cornerstone, but computer tomography and magnetic resonance imaging may be better in some cases. Development of high quality pocket-sized ultrasound scanners has allowed for semi quantitatively bed-side assessment of the carotid arteries and the heart. The investigators aim to study the feasibility and reliability of bed-side assessment of the carotid arteries by pocket-sized ultrasound scanners in inexperienced hands and the clinical influence of this examination when performed by experienced users. The investigators hypothesize that a significant proportion of this patient population can be clarified bed-side by junior doctors with no need of further imaging procedures for the assessment of the carotid arteries and the heart.

The study will include 20 subjects who will be randomly divided to two groups: a ten person group being the study group and a ten person group acting as a control group (each group will include a similar number of females and males as the other group). In addition, the physiotherapy treatments at the rehabilitation center, the study group will gain an intervention consisting of 12 therapy sessions, administered for 12 consecutive days (apart of weekends). The intervention will include 6 minutes of watching a movie clip alternately showing a healthy man and a healthy woman at their sixties, walking while being filmed from various angles. Immediately after watching, the subject will perform 6 minutes of walking, under the experimenters supervision, but without his or hers intervention. Immediately following the walking, the whole procedure will be repeated (watching a clip and walking). The control group will undergo 12 treatments of the same nature, but will watch the movie clip shown backwards, so that the people filmed will seem to walk backwards (it was established that watching a reversed action does not activate the MNS system activated by a regular execution of the activity [Celnik et al., 2008]), followed by 6 minutes of walking under the experimenters supervision, then watching the movie again and walking again. The person performing the examinations will be blinded as to the division of the subjects to the study group and the control group. After performing the previously noted examinations needed to participate in the research, the subjects found fit will be examined before the beginning of the intervention, at its end and then three months after its conclusion. The examinations will include smart step and walking parameters.

The study aims to identify if intensive language training, consisting mainly of computer-based object naming, together with electrical brain stimulation, will lead to an improvement of language functions in patients that suffer from language disturbances after a stroke.

The purpose of this study is to determine if a form of exercise,known as electrical stimulation can improve walking function and other important health outcomes. The hypothesis is that electrical stimulation can enhance the ability to walk for stroke survivors who are unable to walk on their on their own.

The study is designed to determine whether vorapaxar, when added to the existing standard of care (SOC) for preventing heart attack and stroke (eg, aspirin, clopidogrel) in participants with a known history of atherosclerosis, will yield additional benefit over the existing standard of care without vorapaxar in preventing heart attack and stroke. The study is also designed to assess risk of bleeding with vorapaxar added to the standard of care versus the standard of care alone.

The implementation of Neuro Hand Orthosis Upper Limb Program can significantly improve the severe stroke paralytic arm in subacute rehabilitation as compared with the use of conventional therapy.

This is a prospective study including acute ischemic stroke patients aged 18 to 90. Multidetector raw CT is performed in acute ischemic stroke patients. Heart, neck vessels and brain arteries are studied during the same acquisition. Results are compared with the standard methods including transesophageal echocardiography (TEE), Doppler ultrasound (DUS) and MR angiography (MRA) of neck vessels. The main criteria is the ability of CT to classify the stroke etiology correctly according to the TOAST classification in comparison with the standard methods.

Upper limb motor control after a stroke may be improved with rehabilitation robotics at a subacute stage. The aim of this multicenter controled randomized single blind study is to define the place of rehabilitation robotics at this phase of the rehabilitation process. Both groups will realize the same time of rehabilitation. The cost benefit ratio will be compared in each group through medical assessment of improvement and definition of the costs due to the rehabilitation process.