Arluison M, Ducros C
Tissue Cell. 1976;8(1):61-72. doi: 10.1016/0040-8166(76)90020-3.
A bright yellow-green specific fluorescence is induced by formaldehyde histochemistry for monoamines in the secretory nerve trunks of the Octopus vulgaris posterior salivary duct, and in their ramification in the gland tubules. In contrast, the motor nerve trunks of the duct contain few fluorescent elements. The muscular and connective coat of the duct is provided with fluorescent globular and varicose structures, of various sizes and colours, which become numerous in the duct branches. At least some of these peripheral structures belong to varicose monoamine nerve fibres. In the gland, on the contrary, the muscle cells surrounding the tubules are not supplied with fluorescent nerve fibres.
通过对普通章鱼后唾液腺分泌神经干及其在腺小管中的分支进行单胺的甲醛组织化学检测，可诱导出亮黄绿色的特异性荧光。相比之下，导管的运动神经干中荧光元素较少。导管的肌肉和结缔组织层有各种大小和颜色的荧光球状和曲张结构，在导管分支中数量众多。这些外周结构中至少有一些属于曲张单胺神经纤维。相反，在腺体中，围绕小管的肌肉细胞没有荧光神经纤维供应。
