上皮下结缔组织伸入松果体形成小叶间隔，将松果体分隔为许多实质小叶。

The subepithelial connective tissue penetrated the <em>pineal</em> <em>body</em> forming interlobular septum, and separated the <em>pineal</em> <em>body</em> to parenchymal lobules.

松果体：脑内的内分泌腺体，可调节黑素细胞凝集素的产生。

Pineal gland (or <em>pineal</em> <em>body</em>): Endocrine gland in the brain that produces melatonin.

松果体: 脑内的内分泌腺体,可调节黑素细胞凝集素的产生.

Pineal gland ( or <em>pineal</em> <em>Body</em> ): Endocrine gland in the Brain that produces melatonin.

目的探讨松果体激素释放到蛛网膜下隙脑脊液途径的结构基础。

Objective To explore the structural foundation of transport pathway of pineal secretions from the <em>pineal</em> <em>body</em> to the cerebrospinal fluid of subarachnoid space .

结论细胞间小管-血管周隙-囊上皮孔，构成了松果体分泌物释放入脑脊液主渠道的结构基础。

Conclusion Pineal intercellular canaliculus-perivascular space-epithelial openings made up the structural foundation of the chief channel for secretions of <em>pineal</em> <em>body</em> releasing into CSF.

表明莱芜黑山羊松果体的功能活动呈现季节性变化，与羊的繁殖活动关系密切。

The results showed that the functional status of <em>pineal</em> <em>body</em> in Laiwu Black goat changed with seasons, which could be related to goat breeding activity.

直到最近了解了松果体腺。

Until recently very little was known about the Pineal Gland.

靠在松果体和脑垂体之间的中点集中意念，松果体周围产生磁场。

The magnetic field is created around the pineal gland, by focusing the mind on the midway point between the pineal gland and the pituitary body.

松果体音阶技术对每个个体是不同的。

The Pineal Toning Technique is different for each individual.

头受伤也能刺激第三只眼睛 - 松果体.

A head injury can also activate the Third Eye - Pineal Gland.