鹿角螺(Acropora tenuis) planulae的活体自体荧光

Eiji Fujiwara, Kana Matsushima, M. Hatta
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引用次数: 1

摘要

醛固定剂处理后,acroporids的浮藻幼虫全身呈现出较强的自身荧光(图1A),而活的小Acropora planulis则表现出不同的自身荧光。b激发的绿色荧光显示典型的双极神经元沿轴突呈静脉张度(图1B),尽管这些神经元仅在少量的planulae中可见,而且只是稀疏的。相比之下,g激发的红色荧光显示,到目前为止观察到的所有planulae(30多只)全身外胚层点缀着许多杆状结构(图1C-E)。这些信号类似于用免疫组化方法在细肢Acropora planulae中观察到的神经元细胞体
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Live autofluorescence in planulae of Acropora tenuis
Planula larvae of acroporids reveal strong autofluorescence all over the body after treatment with aldehyde fixatives (Fig. 1A), but live planulae of Acropora tenuis show different autofluorescence. Green fluorescence by B-excitation revealed typical bipolar neurons with varicosities along axons (Fig. 1B), even though these neurons were only seen in small numbers of planulae, and only sparsely. In contrast, red fluorescence by G-excitation revealed numerous rod-like structures dotted in the ectodermal layer over the whole body (Fig. 1C-E) of all planulae so far observed (more than 30 individuals). These signals resemble the cell body of neurons visualized by immunohistochemistry targeting a neuropeptide Live autofluorescence in planulae of Acropora tenuis
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