Contents:Preface -- <b>Metal Ions In Stroke Pathophysiology -- Mechanisms Of Calcium Influx Following Stroke -- Mitochondrial Ca<sup>2+</sup> Dysregulation During Stroke And Cell Death -- Calcium Channel Blockers And Stroke Prevention -- Calcium Dyshomeostasis In Astrocytes After Ischemia -- Calcium Signaling At The Blood-Brain Barrier In Stroke -- Zinc Overload In Stroke -- Intracellular Zinc Liberation: A Trigger For Oxidative Stress Induced Toxicity To Neurons And Neuroglia -- Zinc In Stroke: Time For A New Approach? -- Exploring The Zinc Metallome Of Cultured Cortical Neurons Using Synchroton Radiation X-Ray Fluorescence Microscopy -- Iron Neurotoxicity In Ischemic And Hemorrhagic Stroke -- Implication Of Oxidative Stress And "Labile Iron" In The Molecular Mechanisms Of Ischemic Stroke -- The Role Of Iron In Brain Following Subarachnoid Hemorrhage -- Iron Chelating Therapy In Stroke -- Iron Chelating Therapy In Stroke -- The Role Of Na<sup>+</sup>/Ca<sup>2+</sup> Countertransport And Other Na<sup>+</sup>-Entry Routes In The Pathophysiology Of Stroke -- Sodium And Potassium MRI In Cerebral Ischemia -- The Impact Of Extracellular Potassium Accumulation In Stroke -- Potassium And Mitochondria -- </b>Role Of A Changing Membrane Potential (Em) And Matching Blood Flow With Neuronal Activity -- <b>The Role Of Potassium In Stroke, Cardiovascular Disease And Hypertension -- The Role Of Magnesium In The Pathophysiology And Treatment Of Stroke And Other Neurological Injuries -- The Role Of Magnesium In The Pathophysiology And Treatment Of Stroke And Other Neurological Injuries -- Magnesium And Neuroprotection In Stroke -- Magnesium In Ischemic Stroke And Subarachnoid Hemorrhage -- Selenium And Selenoproteins In Neuroprotection And Neuronal Cell Death -- Selenium As A Potential Treatment In Cardiac Arrest Induced Global Cerebral Ischemia -- The Neurochemical Alterations Associated With Manganese Toxicity -- Manganese Speciation Related To Neurotoxicity In Humans -- The Role Of Mitochondrial Oxidative Stress And ATP Depletion In The Pathology Of Manganese Toxicity -- Copper And Alzheimer Disease: The Good, The Bad And The Ugly -- Conjecturable Role Of Aluminum In Pathophysiology Of Stroke -- Chronic Arsenic Poisoning And Increased Risk Of Stroke -- Aspects Of Cadmium Neurotoxicity -- Cadmium Neurotoxicity And Its Role In Brain Disorders -- The Role Of Mercury And Cadmium In Cardiovascular Disease, Hypertension, And Stroke -- Nickel Modulation Of Voltage- And Ligand-Gated Ionic Channels In Neurons.</b>.