Molecular Application in Psychiatry.
- Author:
Ihn Geun CHOI
- Publication Type:Original Article
- Keywords:
Molecular biology;
Psychiatry;
Implication;
Mental disorder;
Etiology;
Treatment
- MeSH:
Brain;
Drug Design;
Epigenomics;
Genes, vif;
Genetic Linkage;
Genetic Therapy;
Genetics;
Mental Disorders;
Molecular Biology;
Negotiating
- From:Journal of the Korean Society of Biological Psychiatry
2000;7(2):115-122
- CountryRepublic of Korea
- Language:Korean
-
Abstract:
The development of molecular biology has brought many changes in psychiatry. Molecular biology makes us possible to know the cause of mental disorders that provide the way to prevent the disorders, and to develop various accurate diagnostic and treatment methods for mental disorders. The author discusses the concept, cause, and treatment of mental disorders in the aspect of molecular biology. Importing the methods of molecular biology into psychiatry, we can anticipate to get a number of the goals of psychiatric genetics, including identification of specific susceptibility genes, clarification of the pathophysiological processes whereby these genes lead to symptoms, establishment of epigenetic factors that interact with these genes to produce disease, validation of nosological boundaries that more closely reflect the actions of these genes, and development of effective preventive and therapeutic interventions based on genetic counselling, gene therapy, and modification of permissive or protective environmental influences. In addition to their capacity to accelerate the discovery of new molecules participationg in the nervous system's response to disease or to self-administered drugs, molecular bilolgical strategies can also be used to determine how critical a particular gene product may be in mediating a cellular event with behavioral importance. Molecular biology probably enables us discover the environmental factors of mental disorders and allow rational drug design and gene therapies for mental disorders, by isolation of gene products that facilitate a basic understanding of the pathogenesis of these disorders. A specific genetic linkage may suggest a novel class of drugs that has not yet been tried. With respect to gene therapy, the hypothetical method would use a gene delivery system, most likely a modified virus, to insert a functional copy of a mutant gene into those brain cells that require the gene for normal function.
