Neuroimaging: MethodsPeter Bright BoD – Books on Demand, 17 lut 2012 - 374 Neuroimaging methodologies continue to develop at a remarkable rate, providing ever more sophisticated techniques for investigating brain structure and function. The scope of this book is not to provide a comprehensive overview of methods and applications but to provide a 'snapshot' of current approaches using well established and newly emerging techniques. Taken together, these chapters provide a broad sense of how the limits of what is achievable with neuroimaging methods are being stretched. |
Spis treści
fMRI for the Assessment of Functional Connectivity | 29 |
Measurement of Brain Function Using | 75 |
Towards ModelBased Brain Imaging | 99 |
Functional Brain Imaging | 115 |
Structural Connectivity | 137 |
A TriangulationBased MRIGuided | 163 |
The Use of 31Phosphorus Magnetic Resonance | 205 |
Impact of White Matter Damage After Stroke | 233 |
Tissue Fate Prediction from Regional | 245 |
MRI Assessment of PostIschemic Neuroinflammation | 261 |
Influence of Topography | 277 |
Genetic Risk Factors of Imaging Measures Associated | 293 |
Neuroimaging Findings | 313 |
Endoscopic Intracranial Imaging | 339 |
Inne wydania - Wyświetl wszystko
Kluczowe wyrazy i wyrażenia
31-phosphorus 3rd ventricle alzheimer's disease analysis associated Bayesian model comparison biocytin brain activity brain function brain imaging broad component cells cerebral blood flow changes clinical cognitive coil computational correlation cortex cortical cranial cuboids cyst dementia deoxyHb detection diagnosis difficulty task diffusion tensor imaging disease DLPFC evaluation experimental fiber Figure fMRI fNIRS frontal functional connectivity functional neuroimaging genetic hematoma hemodynamic hemoglobin hemorrhage human brain hydrocephalus increased infarcts injection investigation ISSN Journal lesions lobe magnetic resonance imaging mapping measurement membrane metabolism method motor near-infrared spectroscopy neural neuroimaging Neurology neuronal neuronal activity Neuroscience neurospectroscopy NIRS signal non-invasive normal optical oxygenated hemoglobin oxyHb parameters patients perfusion phospholipid prediction Raichle response resting-state RICP schizophrenia spatial structural studies target techniques temporal thalamic tissue tracer tractography tracts transcranial magnetic stimulation Ventriculomegaly Villringer visual vivo voxel white matter