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Chasing the neurome: Segmentation and comparison of neurons

机译:追逐神经元:神经元的分割和比较

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The neuronal content of an organism, the individual morphology of each neuron and the variability of these components constitute the atlas of the neurome. The description of such an atlas will be critical in determining the complex neural system of a given organism, eventually providing clues to how animals think and function. As the organisms under investigation scale from the worm to the human, the number of neurons scale from tens to millions. Image analysis is a key ingredient in tackling a neurome for complex organisms. Specifically, two major problems stand between the state of the art and successful automation. First, neurons must be segmented from microscopy, yielding a morphological description of each individual neuron. Second, these neurons must be matched to prototypes and classified by function. This report describes current progress on these two fronts, revealing encouraging progress as demonstrated on the fruit fly Drosophila.
机译:生物体的神经元内容,每个神经元的个体形态以及这些成分的可变性构成了神经元图谱。这样的地图集的描述对于确定给定生物体的复杂神经系统至关重要,最终为动物的思维和功能提供了线索。随着被研究的生物体从蠕虫扩展到人类,神经元的数量从数十种扩展到数百万种。图像分析是解决复杂生物的神经元的关键要素。具体而言,现有技术与成功的自动化之间存在两个主要问题。首先,必须从显微镜下对神经元进行分割,以产生每个神经元的形态描述。其次,这些神经元必须与原型相匹配,并按功能进行分类。该报告描述了这两个方面的当前进展,揭示了果蝇果蝇所证明的令人鼓舞的进展。

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