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Search for missing schizophrenia genes will require a new developmental neurogenomic perspective

机译:寻找缺失的精神分裂症基因将需要新的发育神经基因组学视角

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Even the most powerful experimental designs in search of genetic causes of schizophrenia have not met the desired goal. It is imperative to review the reasons for such an outcome and to formulate novel strategies for the future direction of this research in the new era of individual genomes. Here, we will review aspects of neurodevelopmental hypothesis of schizophrenia in the light of novel genomic and epigenomic insights. Specifically, we will argue for the involvement of de novo mutations and epigenetic modifications during neurodevelopment that may result in schizophrenia. Our conclusion is that the successful elucidation of hereditary mechanisms in neuropsychiatric disorders must begin with attention to discrete endophenotypes; consideration of ontogeny, forethought of genome structure including temporal and spatial patterns of (epi) mutations and the use of judicious techniques that go beyond association studies.
机译:即使是寻找精神分裂症遗传原因的最有效的实验设计也未能达到预期的目标。必须回顾产生这种结果的原因,并为新的个体基因组时代的研究方向制定新的策略。在这里,我们将根据新颖的基因组学和表观基因组学见解,回顾精神分裂症神经发育假说的各个方面。具体来说,我们将争论可能导致精神分裂症的神经发育过程中涉及从头突变和表观遗传修饰。我们的结论是,成功阐明神经精神疾病的遗传机制必须从关注离散内表型开始。考虑到个体发育,对基因组结构进行了前瞻性考虑,包括(epi)突变的时空分布,并运用了超出关联研究的明智技术。

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