| 1 |
Potential Applications of Gene and Cell Therapy in CNS Disease |
Introduction |
Abe, Koji |
| Bone marrow cell transplantation in experimental stroke |
Zhang, Zheng Gang |
| Application of neural stem and progenitor cells in CNS disease |
Takagi, Yasushi |
| Potential aspect of gene therapy in enhancement of neural repair |
Ooboshi, Hiroaki |
| Bone marrow stroma cell thepary in both experimental and clinical ischemic stroke |
Houkin, Kiyohiro |
| 2 |
Mechanisms of Ischemic
Tolerance/Preconditioning |
Introduction |
Dirnagl, Ulrich |
| Cerebral endothelial protection in ischemic tolerance |
Gidday, Jeff |
| The molecular machinery of tolerance induction; genomics and epigenetics |
Simon, Roger P. |
| Glial response in acquisition of ischemic tolerance |
Nowak, Thaddeus S. |
| Collateral circulation and arteriogenesis in ischemic tolerance |
Kitagawa, Kazuo |
| 3 |
Direct Mitochondrial Influences on Cerebral Blood Vessels |
Introduction |
Suzuki, Norihiro |
| Reactive oxygen species generated by human endothelial mitochondria during injury |
Itoh, Yoshiaki |
| Estrogen modulation of mitochondrial influences on endothelium |
Duckles, Sue |
| Mitochondrial Regulation Of Cerebrovascular Calcium Signaling And Diameter |
Jaggar, Jonathan |
| Alterations in mitochondrial influences on cerebral arterial responsiveness in insulin resistance |
Busija, David |
| 4 |
Functional Consequences of Injury-Induced Phenotypic Transformation in Cerebral Arteries |
Introduction |
Pearce, William |
| Cerebral vasoconstriction after subarachnoid hemorrhage--Role of changes in vascular receptor phenotype |
Edvinsson, Lars |
| Inositol trisphosphate receptor calcium release is required for cerebral artery smooth muscle proliferation |
Nelson, Mark T. |
| Contribution of the remodeling response to cerebral vasospasm |
MacDonald, R. Loch |
| 5 |
Neurovascular Coupling |
Introduction |
Greenberg, Joel |
| Insights from in Vitro Studies on How Astrocytes Modulate Cerebral Blood Flow |
MacVicar, Brian |
| The Interplay between Eexcitatory and Inhibitory Neurons in the Signaling to Blood Vessels |
Hamel, Edith |
| Neurovascular coupling, why neurons may provide a key |
Charpak, Serge |
| Neurovascular coupling, why bother? Evidence that defects in neurovascular coupling contribute to brain disorders in humans |
Iadecola, Constantino |
| 6 |
Cortical Spreading Depression in Acutely Injured Human Brain Cortex |
Introduction |
Tomita, Minoru |
| The change of brain capillary blood flow in the acute phase of cerebral ischemia and aura of migraine |
Suzuki, Norihiro |
| Strategies for detecting cortical spreading depression in migraine and acutely injured human brain cortex |
Lauritzen, Martin |
| Cortical spreading depression in traumatic brain injury: influence of body temperature and blood pressure |
Hartings, Jed |
| Neurovascular coupling during cortical spreading depression and in subarachnoid hemorrhage |
Dreier, Jens |
| Experimental and human studies of cortical spreading depression in stroke |
Graf, Rudolf |
| 7 |
Vascular Remodeling and Angiogenesis in the Brain |
Introduction; Gestation-induced remodeling of cerebral arterioles: Effect on cerebral hemodynamics and the development of eclampsia |
Cipolla, Marilyn |
| Mechanisms and consequences of hypoxic angiogenesis |
LaManna, Joseph C. |
| The role of the pericyte in physiologic and pathologic brain vascular function |
Dore-Duffy, Paula |
| Peroxisome proliferator-activated receptors and hypertensive remodeling |
Faraci, Frank |
| 8 |
The Role of Prostaglandins in Brain Physiology and Pathology |
Introduction; The role of COX derivatives on the cerebrovascular coupling |
Silva, Afonso |
| Effectors of COX-2-dependent neurotoxicity |
Anrather, Josef |
| Function of prostaglandin receptors in models of neurological disease |
Andreasson, Katrin |
| Differential roles of COX-1 and COX-2 in neuroinflammation |
Bosetti, Francesca |
| 9 |
The Vulnerable Diabetic Brain: Vascular Dysfunction, Inflammation, and Stroke |
Introduction |
Vannucci, Susan J. |
| Diabetes induced cerebrovascular dysfunction |
Mayhan, William |
| Cerebrovascular dysfunction and post-ischemic inflammation in estrogen-treated ovariectomized diabetic rats |
Pelligrino, Dale |
| Post-ischemic inflammation and impaired wound healing in the hyperinsulinemic diabetic mouse |
Simpson, Ian |
| PPAR-gamma agonists are neuroprotective after stroke in Type II diabetic rodents |
Vemuganti, Raghu |
| 10 |
Hypothermia and Neuroprotection: A Ray of Hope in Bench to Bedside Treatment of Stroke |
Introduction |
Dietrich, Dalton |
| Therapeutic Hypothermia - Devices and Drugs |
Wieloch, Tadeusz |
| Hypothermic neuroprotection in neonatal brain ischemia |
Ferriero, Donna |
| Mild Hypothermia in Rodent Models of Ischemic and Hemorrhagic Stroke |
Colbourne, Fredrick |
| Hypothermia in combination therapy |
Yenari, Midori |
| 11 |
Neuronal Regeneration/Degeneration: Response to Injury in Developing and Mature Nervous Systems |
Introduction |
Hagberg, Henrik |
| Neurogenesis and oligogenesis after perinatal hypoxia-ischemia |
Levison, Steve |
| Complement and Regeneration after Adult Stroke and Neonatal Hypoxia-Ischemia |
Pekna, Marcela |
| What is critical for advancing regenerative therapies in the immature brain? |
Snyder, Evan |
| 12 |
O2 Delivery and Brain Function |
Introduction |
Gjedde, Albert |
| Gamma-aminobutyric acid modulates local brain oxygen consumption and blood flow in rat cerebellar cortex |
Caesar, Kirsten |
| Cerebral blood flow and metabolism during exercise: implications for fatigue |
Secher, Niels |
| Glial regulation of the cerebral microvasculature |
Koehler, Raymond |
| Nitric oxide regulation of mitochondrial oxygen consumption |
Cooper, Chris |