View clinical trials related to Stroke.
Filter by:The study aims to investigate the 1) differences between stroke patients and healthy controls in time, steps, angular velocity, stepping patterns, electromyographic responses during turning, and the association of turning to trunk control and motor function after stroke; 2) the effectiveness of trunk training on turning performance, trunk control and motor function in stroke patients.
Despite evidence for ICBT among those with other chronic conditions, its efficacy has yet to be evaluated among those with neurological conditions, including stroke. The aim of the current study is to pilot a tailored ICBT program developed through a patient oriented approach to improve overall wellbeing among those with stroke living in the community.
To explore the safety and efficacy of edaravone dexborneol for the treatment of acute ischemic stroke patients who received endovascular thrombectomy.
The main objective is to evaluate the efficacy of IV administration of the P2Y12 inhibitor (cangrelor) in addition to mecanich thrombectomy and WMD versus mecanich thrombectomy and WMD alone on the functional prognosis at 3 months, in patients with acute ischemic stroke eligible for mecanich thrombectomy on the basis of infusion imaging between 0 and 24 hours after the onset of symptoms.
To explore the safety and feasibility of intra-arterial neuroprotective strategy in acute ischemic stroke patients who missed recanalization operation.
To explore the safety and feasibility of intra-arterial neuroprotective strategy in acute ischemic stroke patients who received recanalization operation.
Using a randomized controlled trial design, the possible changes induced by the intensive treatment program "Hand-arm Bimanual Intensive Therapy Including Lower Extremities (HABIT-ILE)" will be studied in functional, everyday life activities and neuroplastic assessment of adults with chronic stroke.
Sufficient muscle strength helps to get out of a chair and can prevent falls. Up to 30% of older adults experience age-related loss of muscle strength, which can lead to frailty and health instability. Exercise helps to build muscle, maintain bone density and prevent chronic disease, especially during the aging process. However, more than 75% of Canadian adults ≥18 years of age are not meeting physical activity guidelines. In addition, it is known that malnutrition, including low protein intake, may lead to poor physical function. While there are services to support exercise and nutrition, barriers to implementing them persist. The COVID-19 pandemic has exacerbated the potential for physical inactivity, malnutrition, and loneliness among older adults, especially those with pre-existing health or mobility impairments. Now and in future, alternate ways to promote exercise and proper nutrition to the most vulnerable are needed. The investigators propose to adapt MoveStrong, an 8-week education program combining functional and balance training with strategies to increase protein intake. The program was co-developed with patient advocates, Osteoporosis Canada, the YMCA, Community Support Connections and others. MoveStrong was delivered by telephone or web conference to older adults in their homes, using mailed program instructions, 1-on-1 training sessions through Physitrack®, as well as online nutrition Q&A sessions and group discussion sessions over Microsoft® Teams. The primary aim of this study was to assess feasibility and acceptability of a remote model as determined by recruitment (≥ 25 people in 3 months), retention (≥80%), adherence of (70%) and participant experience.
IMPRESS study aims to describe the immuno-inflammatory and thrombo-inflammatory profiles during the first 24/36 hours of treatment of patients suffering from AIC treated with TM, and to study the possible impact of these profiles on the functional prognosis at 3 months of AIC treatment.
The purpose of this study is to develop a real-time controller for exoskeletons using neural information embedded in human musculature. This controller will consist of an online interface that anticipates human movement based on high-density electromyography (HD-EMG) recordings, and then translates it into functional assistance. This study will be carried out in both healthy participants and participants post-stroke. The researchers will develop an online algorithm (decoder) in currently existing exoskeletons that can extract hundreds of motor unit (MU) spiking activity out of HD-EMG recordings. The MU spiking activity is a train of action potentials coded by its timing of occurrence that gives access to a representative part of the neural code of human movement. The researchers will also develop a command encoder that can anticipate human intent (multi-joint position and force commands) from MU spiking activity to translate the neural information to movement. The researchers will integrate the decoder with the command encoder to showcase the real-time control of multiple joint lower-limb exoskeletons.