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Two types of projection neurons in human striatum: peculiarities of their somatodendritic structure in ventral and dorsal striatum.

Bulletin of experimental biology and medicine·2007
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A common system of sparsely-branched projection (reticular) NADPH-diaphorase neurons in formations of densely-branched cells in the human forebrain.

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[Common system of sparsely branched projection (reticular) NADPH-diaphorase neurons in the human forebrain formations built from densely branched cells].

Zhurnal vysshei nervnoi deiatelnosti imeni I P Pavlova·2006
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[Quantitative morphologic characteristics of developing brain stem reticular formation neurons]

N G Gladkovich, T A Leontovich, K V Shuleĭkina

    Neirofiziologiia = Neurophysiology
    |January 1, 1980
    PubMed
    Summary

    This study quantifies the development of brain stem reticular nuclei neurons in kittens. Neuronal branching patterns differ significantly between fetal and newborn stages, impacting maturation.

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    Area of Science:

    • Neuroscience
    • Developmental Biology
    • Cell Biology

    Context:

    • The brain stem reticular nuclei play a crucial role in regulating vital functions.
    • Understanding neuronal development is key to comprehending brain maturation and function.

    Purpose:

    • To quantitatively analyze the morphological development of two distinct neuron types in the brain stem reticular nuclei of prenatal and newborn kittens.
    • To investigate the maturation process and dendritic branching patterns during early development.

    Summary:

    • A quantitative Golgi study examined sparsely ramified reticular and densely ramified multipolar giant neurons in kittens aged 45-55 days gestation, and 1-5 and 30 days postnatal.
    • Measurements included cell size, dendrite number, length, and branching degree, revealing distinct maturation parameters for each neuron type.
    • Higher dendritic branching was observed in fetuses, with maximal branching foci shifting from proximal/distal to solely proximal portions in infant kittens.

    Impact:

    • Provides detailed morphological data on developing brain stem neurons, crucial for understanding neural circuit formation.
    • Highlights developmental differences in neuronal maturation and dendritic arborization, offering insights into functional maturation.
    • Establishes a morphological baseline for potential correlation with electrophysiological properties in future studies.