Neurovascular

Cerebral Ischemia/Reperfusion Increases Endothelial Nitric Oxide Synthase Levels by An Indomethacin-Sensitive Mechanism

Neuroscience / Pathology / Neurology / Metabolism / Treatment / Immunohistochemistry / Pathophysiology / Hippocampus / Neurovascular / Flow / Cerebral Cortex / Brain Circulation / Animals / Parietal Cortex / Brain Ischemia / Clinical Sciences / Cerebral / Nitric Oxide Synthase / Swine / Blood Flow / Cerebral Ischemia / Reperfusion injury / Neurosciences / Blood Vessel / Intracranial Pressure / Indomethacin / Immunohistochemistry / Pathophysiology / Hippocampus / Neurovascular / Flow / Cerebral Cortex / Brain Circulation / Animals / Parietal Cortex / Brain Ischemia / Clinical Sciences / Cerebral / Nitric Oxide Synthase / Swine / Blood Flow / Cerebral Ischemia / Reperfusion injury / Neurosciences / Blood Vessel / Intracranial Pressure / Indomethacin

Vascular endothelial growth factor increases the intracellular magnesium

Endocrinology / Neuroscience / Neurology / Electrophysiology / Animal Behavior / Stem Cells / Traumatic Brain Injury / Neurogenesis / Migration / Microcirculation / Calcium / Enzyme Inhibitors / Biological Chemistry / Flavonoids / Stem Cell / Gene expression / Extracellular Matrix / Animal Production / Cell Culture / Cell Division / Signal Transduction / Pathophysiology / Biological Sciences / Transplantation / Microvascular Physiology / In Vitro / Cell Differentiation / Neurovascular / Humans / Brain Circulation / Mice / VEGF / Animals / Male / Polymerase Chain Reaction / Statistical Significance / Astrocyte / Vascular endothelium / Perfusion / Skin / Acute Pancreatitis / Chemotaxis / Matrix metalloproteinases (MMPs) / Nickel / Fibroblast Growth Factor / Clinical Sciences / CHEMICAL SCIENCES / Middle Aged / mRna expression levels / Cerebral / Adult / Endothelial cell / Protease Inhibitors / Time Factors / Myocyte / Veterinary Sciences / Cell Proliferation / Surgical / Growth Factor / Vascular Permeability / Cell Survival / Subventricular Zone / Neurosciences / Rana temporaria / islets of Langerhans / Vascular Endothelial Growth Factor / Adenosine Triphosphate / Matrix Metalloproteinase / Vascular Resistance / Transforming Growth Factor / Brain injuries / Neuropsychological Tests / Stem Cells / Traumatic Brain Injury / Neurogenesis / Migration / Microcirculation / Calcium / Enzyme Inhibitors / Biological Chemistry / Flavonoids / Stem Cell / Gene expression / Extracellular Matrix / Animal Production / Cell Culture / Cell Division / Signal Transduction / Pathophysiology / Biological Sciences / Transplantation / Microvascular Physiology / In Vitro / Cell Differentiation / Neurovascular / Humans / Brain Circulation / Mice / VEGF / Animals / Male / Polymerase Chain Reaction / Statistical Significance / Astrocyte / Vascular endothelium / Perfusion / Skin / Acute Pancreatitis / Chemotaxis / Matrix metalloproteinases (MMPs) / Nickel / Fibroblast Growth Factor / Clinical Sciences / CHEMICAL SCIENCES / Middle Aged / mRna expression levels / Cerebral / Adult / Endothelial cell / Protease Inhibitors / Time Factors / Myocyte / Veterinary Sciences / Cell Proliferation / Surgical / Growth Factor / Vascular Permeability / Cell Survival / Subventricular Zone / Neurosciences / Rana temporaria / islets of Langerhans / Vascular Endothelial Growth Factor / Adenosine Triphosphate / Matrix Metalloproteinase / Vascular Resistance / Transforming Growth Factor / Brain injuries / Neuropsychological Tests

Low Brain Intracellular Free Magnesium in Mitochondrial Cytopathies

Neuroscience / Neurology / Metabolism / Magnetic Resonance Spectroscopy / Adolescent / Energy Metabolism / Phosphorus / Brain / Neurovascular / Humans / Magnesium / Flow / Brain Circulation / Female / Male / Mitochondrial Respiratory Chain / Cytoprotection / Free Energy / Enzyme / Clinical Sciences / Aged / Middle Aged / Cerebral / Adult / Neurosciences / Energy Metabolism / Phosphorus / Brain / Neurovascular / Humans / Magnesium / Flow / Brain Circulation / Female / Male / Mitochondrial Respiratory Chain / Cytoprotection / Free Energy / Enzyme / Clinical Sciences / Aged / Middle Aged / Cerebral / Adult / Neurosciences

Contralateral MCA aneurysm approach

Neurovascular

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