Réthelyi János, Polgár Patrícia, Czobor Pál, Bitter István
Semmelweis Egyetem, Pszichiátriai es Pszichoterápiás Klinika, Budapest.
Psychiatr Hung. 2008;23(3):152-65.
Research targeting the genetic background of schizophrenia has expanded our knowledge substantially about genes and possible pathophysiological processes playing a role in the disorder. In addition to earlier approaches, new genetic methods have been developed which offer new insight. In this review we make an attempt to summarize the findings of earlier genetic research, as well as to interpret newly emerging results that help the development of pathophysiologically oriented models of schizophrenia. We argue that besides genetic research, findings on cognitive function and of imaging studies, as well as gene-expression analyses and pharmacogenetic studies must be interpreted to reach a better understanding of the complex phenomena in schizophrenia. Synthesis of data from the different areas allows speculation about future research and practical implications.
针对精神分裂症遗传背景的研究极大地扩展了我们对于在该疾病中发挥作用的基因及可能的病理生理过程的认识。除了早期的研究方法,新的遗传方法也已开发出来,这些方法提供了新的见解。在这篇综述中,我们试图总结早期遗传研究的结果,并解读有助于精神分裂症病理生理学导向模型发展的新出现的结果。我们认为,除了遗传研究之外,关于认知功能、影像学研究的结果,以及基因表达分析和药物遗传学研究结果都必须加以解读,以便更好地理解精神分裂症中的复杂现象。综合不同领域的数据有助于对未来研究和实际应用进行推测。