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人松果体结缔组织纤维的构筑 消蚀法扫描电镜观察 |
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THE ARCHITECTURE OF THE CONNECTIVE TISSUE FIBERS
OF THE HUMAN PINEAL BODY: AN OBSERVATION BY
MACERATION AND SEM-METHOD
Wang BaozhiΔ， Wang Jianqin， Liu Feng， Usui T
(Department of Anatomy, Hebei Medical University, Shijiazhuang;
Department of Anatomy, Oita Medical University, Oita, Japan)
For demonstrating the arrangement of the connective tissue in human pineal body, this organ was observed using a maceration and scanning electron microscopic (SEM) method. The capsule of the organ was composed of collagen fiber bundles. A number of foramina framed by collagen fibers were observed on the surface of the capsule. The collagen fibers originating from the capsule formed interlobular septula and separated pineal parenchyma into 200～400 μm lobules. The capsule and septula were consisted of loosely arranged collagen fibrils. The septula possessed 20-80 μm round or oval holes through which the lobules were continuous with each other. The pineal interlobular blood vessels coursed through where three or more pineal lobules meet.
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