Tag: Heart / Stroke-Related: Stroke
DAPT Use Variable in Patients With A-Fib at Risk of Stroke
                    Dual antiplatelet therapy used in variable manner; most patients remain on study drug after PCI                
            Pioglitazone Cuts Diabetes Risk After Ischemic Stroke, TIA
                    Findings for patients with recent ischemic stroke/TIA and insulin resistance, but no history of diabetes                
            Usual Apixaban Dosing OK With One Dose-Reduction Criterion
                    5 mg apixaban twice daily deemed safe, appropriate for those with one criterion in ARISTOTLE trial                
            Primary Stroke Centers Have Slight Survival Edge
                    Study finds small advantage, but only if patient gets there within 90 minutes                
            Clopidogrel Plus Aspirin Good for Noncarriers of CYP2C19 Variants
                    Reduction in risk of new stroke for clopidogrel plus aspirin in those not carrying loss-of-function alleles                
            Statins Could Reduce Risk of Infection in Stroke Patients
                    Meds may have anti-inflammatory properties that help the body respond to infection                
            Shift Work ‘Unwinds’ Body Clock, May Lead to More Severe Stroke
                    Circadian rhythm disruption may interact with sex to modulate pathological effect of stroke                
            Stem Cells Can Restore Motor Function in Stroke Patients
                    Experimental procedure helps restore movement even a year after stroke                
            Hyperglycemia Tied to Outcomes in Pediatric Stroke
                    Infarct volume, hyperglycemia linked to poor neurological outcome in arterial ischemic stroke                
            Sulfonylureas May Inhibit KATP Channel Neuroprotection
                    Treatment with sulfonylureas may increase the risk of stroke mortality in patients with type 2 diabetes                
            
                
		








![Sulfonylureas May Inhibit KATP Channel Neuroprotection Treatment with sulfonylureas (ATP-sensitive potassium [KATP] channel blockers) may inhibit the neuroprotective effects of KATP channel activation and increase the risk of stroke](https://www.ehealth-news.com/wp-content/uploads/2016/05/18120-1.jpeg)


