Analysis Tools
nervous system
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• increased dendrite size and larger occupied territory of mid-eccentricity ON and OFF SACs
• normal dendrite arbor branch distribution relative to dendrite size of mid-eccentricity ON and OFF SACs
• normal density of mid-eccentricity ON SACs and their distribution in ganglion cell layer as measured by density recovery profiles
• normal density of mid-eccentricity OFF SACs and their distribution in inner nuclear layer
• normal stratification of mid-eccentricity SAC dendrites in inner plexiform layer (IPL)
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• increased dendrite size and larger occupied territory mid-eccentricity RBCs
• normal density in inner nuclear layer of mid-eccentricity RBCs
• normal stratification of mid-eccentricity RBC axons in inner plexiform layer (IPL)
• normal input synapse distribution on mid-eccentricity RBC dendrites relative to dendrite size
• normal axon territory size
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• enhanced direction selectivity of DSGC responses to starburst amacrine cell signals
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vision/eye
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• normal retina surface area
• normal stratification of starburst amacrine cell (SAC) and retinal rod bipolar cell (RBC) neurites in inner plexiform layer (IPL)
• normal horizontal cell axon and dendrite size
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• increased dendrite size and larger occupied territory of mid-eccentricity ON and OFF SACs
• normal dendrite arbor branch distribution relative to dendrite size of mid-eccentricity ON and OFF SACs
• normal density of mid-eccentricity ON SACs and their distribution in ganglion cell layer as measured by density recovery profiles
• normal density of mid-eccentricity OFF SACs and their distribution in inner nuclear layer
• normal stratification of mid-eccentricity SAC dendrites in inner plexiform layer (IPL)
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• increased dendrite size and larger occupied territory mid-eccentricity RBCs
• normal density in inner nuclear layer of mid-eccentricity RBCs
• normal stratification of mid-eccentricity RBC axons in inner plexiform layer (IPL)
• normal input synapse distribution on mid-eccentricity RBC dendrites relative to dendrite size
• normal axon territory size
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• enhanced direction selectivity of DSGC responses to starburst amacrine cell signals
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