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HIERARCHICAL CLUSTERING OF THE GENETIC CONNECTIVITY MATRIX REVEALS THE NETWORK TOPOLOGY OF GENE ACTION ON BRAIN MICROSTRUCTURE: AN N=531 TWIN STUDY

机译：遗传连通性矩阵的层次聚类揭示了基因作用对大脑微结构的网络拓扑：N = 531双胞胎研究

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Ming-chang Chiang; Marina Barysheva; Katie L. Mcmahon; Greig I. De Zubicaray; Kori Johnson; Nicholas G. Martin; Arthur W. Toga; Margaret J. Wright; Paul M. Thompson;
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1. Genetic deletion of microRNA biogenesis in muscle cells reveals a hierarchical non-clustered network that controls focal adhesion signaling during muscle regeneration [J] . Edlira Luca, Katarina Turcekova, Angelika Hartung, Molecular Metabolism . 2020,第1期

机译：MicroRNA生物发生在肌肉细胞中的遗传缺失揭示了在肌肉再生期间控制局灶性粘附信号传导的分层非聚类网络
2. Heritability of structural brain network topology: a DTI study of 156 twins. [J] . Marc M Bohlken, René C W Mandl, Rachel M Brouwer, Human brain mapping . 2014,第10期

机译：结构性大脑网络拓扑的遗传性：DTI研究156对双胞胎。
3. The Fourth International Network of Twin Registries: Overview from Osaka/Research Reviews: Familial Fraternal Twinning; Twin Study of Masculine Faces; Physical Aggression and Epigenetics; Prenatal Education for Parents of Twins/Current Events: 2016 Guinness Book of World Records; Oldest Living Male Twins; Twins Reunited at Sixty-Nine; Panda Twins; Twins.com [J] . Segal Nancy L. Twin research and human genetics : . 2015,第6期

机译：第四届双胞胎注册国际网络：大阪市综述/研究评论：家族兄弟孪生;对男性面孔的双重研究;身体攻击和表观遗传学;对双胞胎父母的胎教/时事：2016年吉尼斯世界纪录;寿命最长的男性双胞胎;双胞胎在69岁时重聚;熊猫双胞胎Twins.com
4. Hierarchical clustering of the genetic connectivity matrix reveals the network topology of gene action on brain microstructure: An N=531 twin study [C] . Chiang Ming-Chang, Barysheva Marina, McMahon Katie L., 2011 8th IEEE International Symposium on Biomedical Imaging: From Nano to Macro . 2011

机译：遗传连通性矩阵的层次聚类揭示了基因作用对大脑微结构的网络拓扑：N = 531孪生研究
5. Structural and Functional Assessment of Gray Matter and White Matter Microstructure in Late Middle-Age: New Insights on Connectivity, Memory Networks, and the Effects of Psychological Stress on the Aging Brain. [D] . Ly, Martina. 2016

机译：中晚期灰色物质和白色物质微观结构的结构和功能评估：连接性，记忆网络以及心理压力对衰老大脑的影响的新见解。
6. Genetic deletion of microRNA biogenesis in muscle cells reveals a hierarchical non-clustered network that controls focal adhesion signaling during muscle regeneration [O] . Edlira Luca, Katarina Turcekova, Angelika Hartung, 2020

机译：肌肉细胞中microRNA生物发生的遗传缺失揭示了一个分层的非簇状网络该网络控制着肌肉再生过程中的粘着信号
7. Hierarchical clustering of the genetic connectivity matrix reveals the network topology of gene action on brain microstructure: An N=531 twin study [O] . Chiang M. C., Barysheva M., McMahon K. L., 2011

机译：遗传连通性矩阵的层次聚类揭示了基因作用对大脑微结构的网络拓扑：N = 531孪生研究

HIERARCHICAL CLUSTERING OF THE GENETIC CONNECTIVITY MATRIX REVEALS THE NETWORK TOPOLOGY OF GENE ACTION ON BRAIN MICROSTRUCTURE: AN N=531 TWIN STUDY

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