View clinical trials related to Stroke.
Filter by:Along with the current clinical trial, the efficacy and safety of 180 mg loading dose of ticagrelor administered within 12 hours of first-ever ischemic stroke compared to 300 mg clopidogrel were assessed through NIHSS, mRS, duration of hospital stay, and possible adverse effects.
Family caregivers of elderly stroke survivors face challenging difficulties such as the lack of support and the knowledge and skills to practice home care. The aim of this research is to compare the effect of an educational intervention for informal caregivers of elderly stroke survivors, in their capacity to care. A pragmatic randomized clinical trial, blinded for outcome assessment, will be conducted at a university hospital in the south of Brazil. Caregivers will be recruited and divided into two groups: intervention group and control group. The intervention will consist in a course in digital format developed by nurses to help the family caregiver of elderly people after a stroke to take care of their relative after hospital discharge. The control group will not receive the intervention. The primary outcome will be the caregivers' capacity to care. The study was submitted to the evaluation of the institution's ethics committee. All participants will signed the informed consent, which ensured voluntary and anonymous participation, as well as freedom to withdraw from the study at any time, without prejudice in the hospitalisation and in the relationship with the health team at the study site.
The validity of the dual-task F8W test in predicting falls in older adults has been confirmed. As far as we know, there are no studies evaluating the validity and reliability of the dual-task F8W test in stroke patients. Therefore, the aim of the study is to evaluate the validity and reliability of the F8W and dual-task F8W test in stroke patients.
The study aimed to assess the effects of a virtual balance training program using the Thera-Trainer Balo (TTB) device along with conservative rehabilitation program on the clinical findings; standing, stepping, walking and balance measures; and activities of daily living in patients with stroke.
Stroke has a high rate of morbidity and mortality worldwide. This disease is the third leading cause of death after ischemic heart disease and cancer. Stroke is also the leading cause of disability in adults. It is known that stroke individuals have not only limb restriction, but also respiratory capacity and exercise capacity. It has been shown in the literature that upper extremity functions are directly related to respiratory capacity. Although it is known that upper extremity training has positive effects on respiratory capacity in stroke individuals, more studies are needed to examine the effects of upper extremity robot-assisted rehabilitation on respiratory capacity. The aim of this study is to examine the effects of upper extremity robot-assisted rehabilitation applied in addition to conventional treatment on respiratory parameters, dyspnea, and functional capacity.
A stroke due to a cerebrovascular accident (CVA) is a neurological deficit characterized by the rapid settlement of signs and symptoms due to focal or global loss of cerebral function, without any apparent cause other than vascular causes. Stroke is one of the most common cardiovascular events in the world. In addition to complications such as spasticity, loss of strength, balance problems, speech and swallowing problems, pulmonary complications are also common in stroke. When the literature is examined, there are a limited number of studies evaluating respiratory functions and functional capacity as a result of core stabilization exercises applied to stroke patients. There is no study in the literature examining the results of core stabilization exercises on respiratory functions, functional capacity, trunk control, and balance in stroke patients. The aim of this study; to investigate the effects of core stabilization training applied in addition to traditional physical therapy on respiratory functions, functional capacity, trunk control, and balance in stroke individuals after cerebrovascular accidents.
Stroke is the number one cause of adult disability in the world. Due to the neurological damage from stroke, a vast majority of individuals suffer from hand function disability (~70%). To improve hand function and overcome challenges from this disability, IRegained has developed the MyHandTM system, a connected mechatronic device with programmed proprietary hand function training protocols developed through deep research in neuroplasticity that provide targeted hand function therapy. When these therapeutic protocols are provided in a gamified format, it enhances the patient engagement and motivation, thereby enabling effective therapy administration with the required intensity and repetition to improve hand function. Participants who have sustained a stroke 6 months or earlier will be eligible to participate in this study, and will undergo hand function therapy for one 1-hour/session, 5 times/week, over a 3-week duration, for a total of 15 sessions. Therapy will be administered through with specific hand functions in a gamified format to enhance greater function in the hand and thereby help patients gain greater independence in performing activities of daily living. This research project will aim to understand the extent to which this approach to therapy impacts patient motivation and engagement in order to develop the most efficient and effective mode of therapy.
Introduction: Stroke is one of the major causes of morbidity/mortality in the world and affected individuals, due to important (mainly motor) impairments, have their physical capacity to exercise reduced, a fact that aggravates the cardiovascular risk factors already installed. For this reason, a cardiovascular rehabilitation program, in addition to motor rehabilitation, must be added to the life of this individual. Objective: To verify the cardiovascular and metabolic effects of treadmill gait training associated with functional electrical stimulation in individuals after stroke. Method: This study will be an analysis based on archived data from the project "Functional electrical stimulation during gait training in people after stroke" approved by the CEP with CAAE number: 52079115.4.0000.5515. Such analyzes have not been carried out before and they will enable the discussion of other important points for the scientific community and health professionals. The study included 20 adults (aged between 45 and 59 years) and elderly individuals (aged between 60 and 70 years) with sequelae of hemiparesis due to stroke, of both sexes. To assess functional capacity, the 6-minute walk test was performed and, from this, the Double product, VO2max and metabolic consumption units (METs) will be estimated in this research. There were two protocols (Group A and B) formed by two training phases alternating between moments with and without electrical stimulation (WalkAide), consisting of 12 sessions, twice a week and lasting 30 minutes. In each session before and after training, the participants remained seated at rest for 10 minutes, for the collection of cardiorespiratory parameters and heart rate variability. During training on a treadmill with or without electrical stimulation, heart rate and heart rate variability (HRV) were monitored, and a detailed analysis of HRV will be carried out in this research. Data will be analyzed and statistically treated, considering a significance level of p<0.05.
This study is a multi-center, multi-phase, multi-cohort, prospective, randomized, open, blinded endpoint (PROBE), non-significant risk (NSR) device study including up to 420 evaluable subjects measured with the study device(s) and up to 40 non-evaluable subjects for the training phase.
Stroke is the leading cause of adult disability worldwide. Often, severe neurological deficits occur after a stroke and roughly 70% of all stroke survivors have some form of hand function disability. To improve the lives of those with hand function disability, IRegained Inc. has created the MyHandTM System. The MyHandTM System is a smart-mechatronic device programmed with proprietary hand function training regiments (protocols) based on deep research in neuroplasticity. It provides a highly unique and targeted approach to hand function rehabilitation with the help of the aforementioned protocols delivered with gamified training techniques. The gamified format of the protocols allows for better patient engagement, thus allowing for more effective and efficient therapy. Individuals who have sustained a stroke 5 months or earlier (considered to be chronic stroke survivors) will be eligible to participate in this study. Participants will undergo a 2-hour training session, 2-3 days per week, over 12 weeks, for a total of 30 sessions. Hand function therapy will be administered in a specific and gamified manner to enhance rehabilitation of the hand and provide participants with greater opportunity to regain hand function over the course of the study. The goal of this research project is to understand how a gamified approach to hand function rehabilitation impacts engagement and motivation. This understanding will directly translate into the development of more efficient and effective modes of therapy.