Rybakova M G
Morphol Embryol (Bucur). 1983 Oct-Dec;29(4):229-35.
A complex quantitative histochemical investigation of the submandibular salivary glands in female albino rats at different age periods (4-5 month, 12 to 14 month- and 20 to 25 month-old) revealed some structural and functional changes during the oestrus cycle. The animals were grouped according to the age changes of the endocrine system. The salivary glands were sensitive to hormonal balance changes at all age periods but their metabolic interrelations varied. The functional changes in the salivary glands of young rats were accompanied by synchronous changes in the indices of energy, synthesis and transport metabolism. The gradual increase of disintegration of the endocrine system resulted in the uncoupling between the indices of the parenchyma and the microcirculation, as well as between nucleo-cytoplasmic relationships and intracellular transport processes in the salivary glands. That was a condition under which the impairment of cellularly excretory processes occurred (secretory stasis). The intercalated ducts and the striated tubules were especially sensitive to hormonal balance fluctuations which is consistent with the hypothesis of the endocrine nature of their function.
对不同年龄段（4 - 5个月、12至14个月以及20至25个月）的雌性白化大鼠下颌下唾液腺进行的复杂定量组织化学研究揭示了发情周期中的一些结构和功能变化。这些动物根据内分泌系统的年龄变化进行分组。唾液腺在所有年龄段都对激素平衡变化敏感，但其代谢相互关系有所不同。幼鼠唾液腺的功能变化伴随着能量、合成和运输代谢指标的同步变化。内分泌系统解体的逐渐增加导致实质指标与微循环之间以及唾液腺细胞核与细胞质关系和细胞内运输过程之间的解偶联。这是细胞排泄过程受损（分泌停滞）发生的一种情况。闰管和纹状管对激素平衡波动尤为敏感，这与它们功能的内分泌性质假说一致。
