Mechanisms underlying cortical complexity
收藏DataCite Commons2021-07-20 更新2025-04-15 收录
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We used electrophysiology in vivo and in ferret cortical slices in vitro to investigate the mechanisms underlying cortical complexity and its association with different brain states in wild type and transgenic murine models of cognitive deficits. For this dataset, ferret cortical slices in vitro were used to investigated cellular and network mechanisms underlying cortical complexity by means of electrical, pharmacological or optical tools in collaboration with T.3.2.2<sup>[1]</sup>, T3.4.1<sup>[1]</sup> and T3.4.4<sup>[1]</sup>. <sup>[1]</sup> HBP funded projects with task ID T3.2.2 “Multiscale mapping of cortical activity, reactivity and effec-tive connectivity across states in humans” (SGA2) <sup>[2]</sup> HBP funded projects with task ID T3.4.1 “Measures and mechanisms of consciousness in rodents” (SGA2) <sup>[3]</sup> HBP funded projects with task ID T3.4.4 “Brain structure-function dynamical interactions in patho-logical, pharmacological and physiological modulation of consciousness” (SGA2)
提供机构：
Human Brain Project Neuroinformatics Platform
创建时间：
2020-01-17
