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动态心理治疗的神经生物学:有可能实现整合吗?

Neurobiology of dynamic psychotherapy: an integration possible?

作者信息

Mundo Emanuela

机构信息

Department Of Psychiatry, University of Milan, 20157 Milan, Italy.

出版信息

J Am Acad Psychoanal Dyn Psychiatry. 2006 Winter;34(4):679-91. doi: 10.1521/jaap.2006.34.4.679.

Abstract

In the last decades, Kandel's innovative experiments have demonstrated that brain structures and synaptic connections are dynamic. Synapses can be modified by a wide variety of environmental factors, including learning and memory processes. The hypothesis that dynamic psychotherapy process involves memory and learning processes has opened the possibility of a dialogue between neuroscience and psychoanalysis and related psychotherapy techniques. The primary aim of the present article is to critically review the more recent data on neurobiological effects of dynamic psychotherapy in psychiatric disorders. Relevant literature has been selected using the databases currently available online (i.e., PubMed). The literature search has been limited to the past 10 years and to genetic, molecular biology, and neuroimaging studies that have addressed the issue of changes induced by psychotherapy. Most of the genetic studies on mental disorders have demonstrated that psychiatric conditions result from a complex interaction of genetic susceptibility and environmental effects. For none of the many psychiatric conditions investigated has a purely genetic background been found. Molecular biology studies have indicated that gene expression is influenced by several environmental factors, including early experiences, traumas, learning, and memory processes. Neuroimaging studies (using fMRI and PET) have found that not only cognitive but also dynamic psychotherapy has measurable effects on the brain. In addition, psychotherapy may modify brain function and metabolism in specific brain areas. Most of these studies have considered patients with major depressive disorders and compared the effects of psychotherapy with the effect of standard pharmacotherapy. In conclusion, recent results from neuroscience studies have suggested that dynamic psychotherapy has a significant impact on brain function and metabolism in specific brain areas. The possible applications and developments of this new area of research toward the conceptualization of an integrative approach to treatment of psychiatric disorders are discussed.

摘要

在过去几十年里,坎德尔的创新性实验表明,大脑结构和突触连接是动态的。突触可被包括学习和记忆过程在内的多种环境因素所改变。动态心理治疗过程涉及记忆和学习过程这一假说开启了神经科学与精神分析及相关心理治疗技术之间对话的可能性。本文的主要目的是批判性地回顾关于动态心理治疗对精神疾病神经生物学影响的最新数据。使用当前在线可用数据库(即PubMed)选取了相关文献。文献检索限于过去10年以及涉及心理治疗引起的变化问题的遗传学、分子生物学和神经影像学研究。大多数关于精神障碍的遗传学研究表明,精神疾病是遗传易感性和环境影响复杂相互作用的结果。在所研究的众多精神疾病中,尚未发现有纯粹的遗传背景。分子生物学研究表明,基因表达受多种环境因素影响,包括早期经历、创伤、学习和记忆过程。神经影像学研究(使用功能磁共振成像和正电子发射断层扫描)发现,不仅认知性心理治疗而且动态心理治疗对大脑都有可测量影响。此外,心理治疗可能会改变特定脑区的脑功能和代谢。这些研究大多针对重度抑郁症患者,并比较了心理治疗与标准药物治疗的效果。总之,神经科学研究的最新结果表明,动态心理治疗对特定脑区的脑功能和代谢有显著影响。本文讨论了这一研究新领域在精神疾病综合治疗方法概念化方面可能的应用和发展。

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