Anderson George M
Yale Child Study Center and the Departments of Child Psychiatry and Laboratory Medicine, Yale University School of Medicine, 230 S. Frontage Road, New Haven, CT, 06519, USA,
J Autism Dev Disord. 2015 Apr;45(4):1103-13. doi: 10.1007/s10803-014-2225-4.
Network perspectives, in their emphasis on components and their interactions, might afford the best approach to the complexities of the ASD realm. Categorical approaches are unlikely to be fruitful as one should not expect to find a single or even predominant underlying cause of autism behavior across individuals. It is possible that the complex, highly interactive, heterogeneous and individualistic nature of the autism realm is intractable in terms of identifying clinically useful biomarker tests. It is hopeful from an emergenic perspective that small corrective changes in a single component of a deleterious network/configuration might have large beneficial consequences on developmental trajectories and in later treatment. It is suggested that the relationship between ASD and intellectual disability might be fundamentally different in single-gene versus nonsyndromic ASD. It is strongly stated that available biomarker "tests" for autism/ASD will do more harm than good. Finally, the serotonin-melatonin-oxidative stress-placental intersection might be an especially fruitful area of biological investigation.
网络视角,因其强调组成部分及其相互作用,可能为理解自闭症谱系障碍(ASD)领域的复杂性提供最佳方法。分类方法不太可能取得成效,因为不应期望在个体中找到单一甚至主要的自闭症行为潜在原因。就识别临床上有用的生物标志物检测而言,自闭症领域复杂、高度交互、异质性和个体化的性质可能难以处理。从突现论的角度来看,有害网络/构型中单个组成部分的微小矫正性变化可能对发育轨迹及后续治疗产生重大有益影响,这是令人期待的。有人提出,单基因自闭症与非综合征性自闭症中,ASD与智力残疾之间的关系可能存在根本差异。文中强烈指出,现有的自闭症/ASD生物标志物“检测”弊大于利。最后,血清素 - 褪黑素 - 氧化应激 - 胎盘交叉点可能是生物学研究中一个特别有成果的领域。