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  • NYU Dataset

    Neural recordings from the visual cortex and the prearcuate gyrus of macaque monkeys

    Authors
    Ori Maoz
    Gasper Tkacik
    Mohamad Saleh Esteki
    Roozbeh Kiani
    1 more author(s)...
    Description

    This data collection includes neural recordings obtained from the visual cortex (V1 and V2) and prearcurate gyrus (8Ar) of macaque monkeys (Macaca nemestrina and Macaca mulatta) during a direction discrimination task and code for replicating the modeling of neural representations. 96-channel microelectrode Utah arrays were implanted across the border of the V1 and V2 visual cortices of Macaca nemestrina....

    Subject
    Neuroscience
    Access Rights
    Free to All
  • NYU Dataset

    Intra-axonal Space Segmentation from 3D Scanning Electron Microscopy (SEM) of the Mouse Brain Genu of Corpus Callosum

    Authors
    Hong-Hsi Lee
    Dmitry S. Novikov
    Els Fieremans
    Description

    This dataset includes 3D scanning electron microscopy (SEM) images of a female mouse corpus callosum and MATLAB code for random walker (RaW) segmentations of myelinated axons. The code additionally characterizes inner axonal diameters and fiber orientation dispersion within segments of the intra-axonal spaces and myelin sheaths. In the study, a female 8-week-old C57BL/6 mouse was perfused trans-cardiacally...

    Subject
    Anatomy
    Neuroscience
    Access Rights
    Free to All
  • NYU Dataset

    High-density neural recordings of macaque monkeys performing a direction discrimination task

    Authors
    Roozbeh Kiani
    Christopher J. Cueva
    John B. Reppas
    Description

    The investigators collected simultaneous recordings using multi-channel electrode arrays attached to the prearcuate gyrus of macaque monkeys who performed a direction discrimination task with fixed stimulus duration. In the study, 96-channel multielectrode arrays were used to record from neural populations in area 8Ar of the prearcuate gyrus of three macaque monkeys, while they performed a direction...

    Subject
    Neuroscience
    Access Rights
    Free to All