Research across Stroke
Related studies from across the Stroke family.
NIBS combined with BCI does not improve upper extremity motor recovery compared to BCI alone
Brain Stimulation Combined With BCI Shows No Extra Benefit
This meta-analysis of stroke patients undergoing upper extremity rehabilitation found that adding non-invasive brain stimulation (NIBS) to b…
Adding brain stimulation to brain-computer interfaces does not improve arm movement for stroke patients compared to using the interface alon…
Robot-assisted training may improve balance and lower-limb motor function after stroke, but walking evidence is inconsistent
Robot Training May Help Balance After Stroke, Evidence Mixed
This umbrella review of 19 reviews examined robot-assisted training for post-stroke lower-limb motor dysfunction. It found potential benefit…
A review of 19 studies suggests robot-assisted training may help balance and leg movement after stroke, but walking benefits are less clear.
Multimodal fusion technologies offer potential for detecting early micro-injuries in stroke and traumatic brain injury
New Fusion Technologies May Detect Early Brain Injuries Better
This narrative review explores the use of multimodal fusion technologies, including dynamic fMRI and EEG spectral analysis, to identify earl…
New multimodal technologies combining fMRI and EEG may identify early brain injuries that traditional imaging like MRI or CT scans often mis…
Airflow-restoration strategies may improve swallowing outcomes and secretion management in post-stroke tracheostomy patients
New airflow strategies may help stroke patients swallow more safely
This mini review examines airflow-restoration strategies for patients with tracheostomies following severe stroke. The authors synthesize ev…
Restoring airflow for stroke patients with breathing tubes could improve swallowing, clear secretions, and help them manage food more safely…
Efficacy of Various Brain-Computer Interface Feedback Modalities in Post-Stroke Upper-Limb Rehabilitation
Brain-computer interface training shows promise for stroke recovery
A network meta-analysis evaluates BCI-integrated modalities like robotic assistance and FES for improving motor function in post-stroke pati…
New data shows that brain-computer interface training with robotic assistance may improve arm movement for people recovering from a stroke.
Tenecteplase and Alteplase combined with EVT improve mRS 0-1 outcomes in large vessel occlusion
Adding certain clot-busting drugs improves outcomes for stroke patients
This systematic review and network meta-analysis of 2564 patients evaluated intra-arterial thrombolysis (IAT) for acute ischemic stroke. The…
Adding specific clot-busting medications to standard stroke treatment can improve recovery for patients with large vessel blockages.
Deep learning and hand-crafted radiomics models predict 90-day outcomes in ischemic stroke patients
AI Models Help Predict Outcomes for Ischemic Stroke Patients
This meta-analysis evaluates the prognostic performance of deep learning (DL) and hand-crafted radiomics (HCR) models using CT or MRI imagin…
New computer models using CT and MRI scans help doctors predict how patients will recover after a stroke over a 90-day period.
Digital health interventions are associated with reduced burden and improved well-being in stroke caregivers
Digital tools may help family members caring for stroke survivors
This scoping review of 20 studies examined the impact of digital health interventions on stroke caregiver outcomes. The authors found that m…
Digital tools like mobile apps and telehealth can help reduce the heavy burden and stress felt by family members caring for stroke survivors…
FLAIR vascular hyperintensities may reflect physiological hemodynamic adaptation in acute ischemic stroke patients
New insights into how brain blood flow affects stroke recovery
This systematic review examines the clinical significance of FLAIR vascular hyperintensities (FVHs) in patients with large vessel occlusion.…
New research looks at how specific brain signals can help doctors understand blood flow and tissue health in patients with major strokes.
Exercise Improves Balance and Mobility in Chronic Stroke Recovery
Structured exercise improves balance and mobility for chronic stroke survivors
Meta-analysis of 2,314 adults with chronic stroke finds structured exercise improves balance and mobility. Effects on Berg Balance Scale, Ti…
Structured exercise programs help adults with chronic stroke improve their balance and move more quickly during daily activities.
Square-stepping exercise may improve balance, gait, and cognition after stroke
Square-stepping exercise may improve balance and thinking after stroke
This scoping review of 7 studies examines square-stepping exercise (SSE) in patients with stroke. The authors report that SSE may improve ba…
A specific type of exercise called square-stepping may help stroke survivors improve their balance, walking, and mental focus.
Ischemic stroke triggers rapid myeloid cell mobilization from bone marrow niches and impacts hematopoiesis
Stroke Rapidly Mobilizes Myeloid Cells From Bone Marrow Niches
This mini review examines the immunological response to ischemic stroke, specifically focusing on myeloid cell mobilization and hematopoiesi…
A stroke can cause a rapid release of myeloid cells from the bone marrow, creating a lasting impact on how the body produces blood cells.