Cherepantseva E A, Shevliagin V Ia
Tsitologiia. 1979 Oct;21(10):1189-93.
The axon terminals of neurosecretory cells, containing elementary granules of neurosecretory materials, have been described on the basis of light and electron microscopy. No allochthonous neurosecretory elements were found in the sinus gland. The discharge of the granules from some terminals of the sinus gland occur with the changed salinity of the environment. There is a great difference in the structure of the sinus gland when salinity is changed. The structure of the sinus gland and its modification under experimental conditions indicate a possibility of neurohormonal regulation of the hydromineral balance.
基于光学显微镜和电子显微镜,已经描述了含有神经分泌物质基本颗粒的神经分泌细胞的轴突终末。在窦腺中未发现外来的神经分泌成分。窦腺某些终末的颗粒释放随环境盐度变化而发生。当盐度改变时,窦腺的结构有很大差异。窦腺的结构及其在实验条件下的改变表明存在神经激素调节水盐平衡的可能性。