THE NEUROPATHOLOGY OF SCHIZOPHRENIA

Introduction.-
A note of neuroanatomy.-
Gross Pathology in Schizophrenia.-
Frontal Cortex.-
Temporal Cortex.-
The amygdala, hippocampus, fornix & nucleus basalis.-
The Cingulate Cortex.-
Parietal and Occipital Lobes.-
Basal Ganglia.-
The Thalamus.-
The Neuropathology of White Matter in Schizophrenia.-
Glial Cells.

In the past few decades, neuropathology has witnessed a resurgence. The rise of structural and functional imaging techniques has allowed pathological studies to target regions of special interest as revealed by whole-brain techniques, and the development of comprehensive software packages has facilitated cellular and pathological measurements. Furthermore, a new generation of antibodies and improved staining methods has made the field more accessible to researchers and revealed more detail than could once have been envisaged. Perhaps most important of all has been the sourcing of high-quality tissue through modern, large-scale databases covering multiple tissue banks, removing much of the heterogeneity that had made repeat studies all but impossible. The Neuropathology of Schizophrenia reviews the field following these recent improvements in techniques and contrasting more modern methods against older studies.
This book presents the current state of neuropathological knowledge in schizophrenia by means of examination of neuropathology as informed by functional systems. It starts by considering the frontal cortical region, a particularly well-examined region of the brain, before moving through other cortical regions, subcortical pathways and the deep white matter. In addition, potential new routes for investigation are considered, particularly in glial cells.

Features
• Documents the current state of neuropathological knowledge in schizophrenia through systematic examination of functional systems
• Reviews the influence of modern imaging research on neuropathology
• Explores the potential for increased use of joint studies involving different techniques