▪ Abstract Neuroimaging provides an unprecedented means by which to study psychiatric
disorders. Structural imaging methods, ie computerized tomography (CT) and magnetic …

Neuroimaging has advanced the study of brain structure and function in schizophrenia.
Magnetic resonance imaging provides measures of whole brain and regional anatomy and …

Neuroimaging techniques have made a huge contribution to our understanding of
schizophrenia and other neuropsychiatric disorders. Until now however, texts on both …

The science of neuroimaging has added to our knowledge about the biological substrate for
schizophrenia. Despite this, the daunting complexity of neuroimaging findings makes …

Neuroimaging has been used in clinical practice for over 30 years, but it is still perceived as
rarely offering the psychiatrist much help in direct patient management. As newer imaging …

The impairment and severity of schizophrenia, comparable in disability and lost human
potential to other (more established) neurologic disorders, belied its earlier characterization …

A group of related new technologies has made it possible to study the brain's regional
changes in metabolism, blood flow, electrical activity, and neurochemistry. Positron emission …

Structural and functional neuroimaging studies are providing important insights into the
causes and treatment of schizophrenia. Research using magnetic resonance imaging has …

Pathophysiology has remained unknown in schizophrenia. Recent neuroimaging advances
have enabled us to find structural volume reduction in cortical structures, including the …

Neuroimaging studies of schizophrenia have identified abnormalities in neuroanatomy,
regional brain metabolism and receptor physiology. Computerized tomographic (CT) studies …