Kondo H, Pappas G D, Wolosewick J J
Biol Cell. 1983;49(2):99-107. doi: 10.1111/j.1768-322x.1984.tb00227.x.
The cytoskeleton of rat neurohypophysial cells as seen in resinless sections is an irregular three-dimensional lattice of short strands of cytoplasmic matrix (the microtrabeculae) that interconnect parallel arrays of neurotubules, neurofilaments, abundant neurosecretory granules, and other membrane-bound organelles including the plasma membrane. This morphological finding suggests that the cytoplasmic ground substance constitutes a cytoskeletal continuum that may be the ultrastructural expression of a motile apparatus responsible for neurosecretory granule movement and hormone release in the neurohypophysis.
在无树脂切片中观察到的大鼠神经垂体细胞的细胞骨架是由细胞质基质（微梁）短链组成的不规则三维晶格，这些短链将平行排列的神经微管、神经丝、丰富的神经分泌颗粒以及包括质膜在内的其他膜结合细胞器相互连接起来。这一形态学发现表明，细胞质基质构成了一个细胞骨架连续体，它可能是负责神经垂体中神经分泌颗粒移动和激素释放的运动装置的超微结构表现。
