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Showing 1 to 3 of 3 for “"AII amacrine cell"”.

  1. Signaling Mechanisms That Control Gap Junctional Coupling Between Retinal Neurons

    … of retinal neurons, including the Cx36-coupled AII amacrine cell in the primary rod circuit, is a hallmark of retinal luminance adaptation. However, very little is known about the mechanisms regulating dynamic modulation of Cx36-mediated coupling. The primary goal of this work was to understand …

    uthsc Repository record for Signaling Mechanisms That Control Gap Junctional Coupling Between Retinal Neurons (opens in a new tab)

  2. Expression of microbial rhodopsins in retinal neurons with subcellular targeting motifs: for the study of the structure/function of aii amacrine cells and for vision restoration

    … motifs serve as addresses for subcellular protein localization. This feature of targeting-motifs was used to study the retina. The first part of the dissertation reports in the axonless spiking AII amacrine cell of the mammalian retina a dendritic process sharing organizational and …

    wayne-thes Repository record for Expression of microbial rhodopsins in retinal neurons with subcellular targeting motifs: for the study of the structure/function of aii amacrine cells and for vision restoration (opens in a new tab)

  3. Direct Inputs to off Α and G9 Ganglion Cells From Aii Amacrine Cells In Rabbit Retina

    In the mammalian retina, AII amacrine cells are essential in the rod pathway for dark-adapted vision. But they also have a “day job”, to provide inhibitory inputs to certain OFF ganglion cells in photopic conditions. This is known as crossover inhibition. Physiological evidence from several …

    uthsc Repository record for Direct Inputs to off Α and G9 Ganglion Cells From Aii Amacrine Cells In Rabbit Retina (opens in a new tab)