Fisher Patrick M, Muñoz Karen E, Hariri Ahmad R
University of Pittsburgh, Pittsburgh, PA 15213-2593, USA.
Am J Med Genet C Semin Med Genet. 2008 May 15;148C(2):147-53. doi: 10.1002/ajmg.c.30173.
Imaging genetics has been a highly effective and increasingly applied strategy for identifying the impact of genetic polymorphisms on individual differences in neural circuitry supporting complex behaviors. The application of imaging genetics towards further elucidating neural circuitry associated with the pathophysiology of psychiatric illness is of particular interest given its potential to guide the development and improvement of current therapeutic methods. The identification of genetic variants that contribute to or predict the disruption of specific neural pathways associated with psychopathology may also serve as useful markers of risk demarcating individuals with elevated susceptibility for psychiatric illness and affording early or even preemptive treatment strategies. In the continued development of this technique, recent multimodal neuroimaging strategies and studies examining the effects of multiple genes in concert within large subject populations have shown promise in the development of a more complete understanding of the interrelationships between genes, brain function, behavior and associated risk for psychopathology.
影像遗传学一直是一种高效且应用日益广泛的策略,用于识别基因多态性对支持复杂行为的神经回路个体差异的影响。鉴于其在指导当前治疗方法的开发和改进方面的潜力,将影像遗传学应用于进一步阐明与精神疾病病理生理学相关的神经回路尤其令人关注。识别导致或预测与精神病理学相关的特定神经通路破坏的基因变异,也可作为有用的风险标志物,界定对精神疾病易感性较高的个体,并提供早期甚至预防性治疗策略。在这项技术的持续发展中,最近的多模态神经成像策略以及在大量受试者群体中协同研究多个基因作用的研究,已显示出有望更全面地理解基因、脑功能、行为以及精神病理学相关风险之间的相互关系。