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Paper Details

<i>CNTN5</i><sup>-</sup><i><sup>/+</sup></i>or <i>EHMT2</i><sup>-</sup><i><sup>/+</sup></i>human iPSC-derived neurons from individuals with autism develop hyperactive neuronal networks.
Elife
56
2019
ASD, Autism Spectrum Disorder, CNTN5, CNTN5-or EHMT2-human iPSC-derived neurons, EHMT2, GLI3, Induced pluripotent stem cell (iPSC)-derived neurons, KIF21A, UBE2I, autism, human, iPSC-derived glutamatergic neuronal lines, iPSC-derived neurons, multi-electrode array, neurons, participants, polygenic risk variants
Author NameAffiliation
Susan WalkerThe Hospital for Sick Children
Susan WalkerThe Hospital for Sick Children
Frederick P RothLunenfeld-Tanenbaum Research Institute, Mount Sinai Hospital
Frederick P RothUniversity of Toronto
Frederick P RothUniversity of Toronto
Frederick P RothUniversity of Toronto
Frederick P RothCanadian Institute for Advanced Research (CIFAR)
Ryan K C YuenThe Hospital for Sick Children
Ryan K C YuenThe Hospital for Sick Children
Stephen W SchererThe Hospital for Sick Children
Stephen W SchererThe Hospital for Sick Children
Stephen W SchererUniversity of Toronto
Stephen W SchererUniversity of Toronto
Stephen W SchererThe Hospital for Sick Children
Stephen W SchererThe Hospital for Sick Children
Stephen W SchererUniversity of Toronto
Stephen W SchererUniversity of Toronto
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Release 1.2