Cortical Deficits in Schizophrenia: From Genes to Function [Paperback]

This hugely important text aims to illuminate one of the most difficult areas of study in psychiatric medicine  the basis for schizophrenia in human DNA. The genetics of schizophrenia have been elusive for decades. Lately, however, a complex set of genes and gene variations that confer predisposition to schizophrenia have been identified. The challenge is to understand the biology of the genes and find out how they exert their influence. Here is all the latest research.

The genetics of schizophrenia have taken the driver seat in the research - lated to this disorder in recent years. For a long time, it had been known that sharing genes with someone affected with schizophrenia conferred a 50% chance of acquiring the disease. Although this is fifty times the incidence in the normal population, it was evident that genes could not explain all factors involved. At best, one could think of a combination of gene traits conferring predisposition for the disease. Now, it is evident that although there are no genes that individually confer a strong liability, several candidate gene alleles do confer some risk, and perhaps a combination of genes could cause the emergence of symptoms in this multi-faceted psychiatric condition. As the research on predisposing genes soars, it is becoming clear that we need to be able to identify cellular processes the genes control and to provide pat- physiological scenarios that could link those cellular phenomena with sy- toms. In this book, we have chosen to elaborate on that link. The contributions to this book have been requested to reflect the current state of the connection between schizophrenia genetics and pathophysiology. The book opens with a chapter by Paul Harrison highlighting the several convergence points among the diverse schizophrenia-related genes.Schizophrenia Genes: Searching for Common Features, Functions, and Mechanisms.- Towards a Molecular Classification of Illness: Effects of Schizophrenia Susceptibill32