| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 6029905 | NeuroImage | 2013 | 16 Pages |
Abstract
⺠Mapping the structural connectome of a prototypical human axonal guidance disorder. ⺠The connectome in callosal agenesis (AgCC) is more variable than in the normal brain. ⺠The aberrant connectivity is more pervasive than explained by absent corpus callosum. ⺠Virtual lesions of the Probst bundles reveal their connectivity. ⺠The structural core of the human cerebral cortex is weakened in AgCC.
Keywords
RACCMFIPTMTPSFTlateral occipitalTTPSMGINSFTPEntorhinalCongenital brain malformationSPTPCNRostral anterior cingulatePRCISCMOFAMGENTCACRMFThlPCCPECTPPSTSPOCLOFPHpAcbFUsSupramarginal gyrusPars opercularisPTrSTPAmygdalaPrecuneusstructural connectivityCuncauThalamusTractographydiffusion-weighted imaginginsulaBrain developmentLingualPosterior cingulateFusiformPUTTemporal poleLinMedial temporalLocHIPNucleus accumbensPOBHippocampusPars triangularispopPutamencaudatecuneus
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Authors
Julia P. Owen, Yi-Ou Li, Etay Ziv, Zoe Strominger, Jacquelyn Gold, Polina Bukhpun, Mari Wakahiro, Eric J. Friedman, Elliott H. Sherr, Pratik Mukherjee,