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Research and applications: A rational free energy-based approach to understanding and targeting disease-causing missense mutations

机译:研究与应用:一种基于自由能的合理方法用于理解和靶向引起疾病的错义突变

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摘要

Background and significanceIntellectual disability is a condition characterized by significant limitations in cognitive abilities and social/behavioral adaptive skills and is an important reason for pediatric, neurologic, and genetic referrals. Approximately 10% of protein-encoding genes on the X chromosome are implicated in intellectual disability, and the corresponding intellectual disability is termed X-linked ID (XLID). Although few mutations and a small number of families have been identified and XLID is rare, collectively the impact of XLID is significant because patients usually are unable to fully participate in society.
机译:背景和意义智力障碍是一种以认知能力和社交/行为适应能力受到明显限制为特征的疾病,是儿科,神经病学和遗传学转诊的重要原因。 X染色体上大约10%的蛋白质编码基因与智力障碍有关,相​​应的智力障碍被称为X连锁ID(XLID)。尽管已鉴定出很少的突变和少数家庭,而且XLID很少见,但由于患者通常无法充分参与社会活动,因此XLID的总体影响很大。

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