A bone that forms directly in membranous connective tissue, as some cranial bones, instead of developing from cartilage. 不经过软骨雏型,而直接从膜状结缔组织骨化为骨的一种骨,如一些头胪骨。
Cases of cerebral aqueduct cyst, gigantic cyst arising from the diploe of cranial bones with intracranial extension, and intradural spinal hydatid cysts have been reported. 发生于大脑导水管的囊肿、起源于颅骨板障并延伸至颅内的巨大囊肿、以及椎管内硬膜下囊肿都有报道。
Methods: 913 teeth in 73 human cranial bones of the Neolithic Age kept in Banpo museum were examined, the soft ware SPSS 12.0 was used for statistics. 方法观察记录并统计了西安半坡博物馆馆藏73例人头颅骨全部牙齿的龋病情况,用SPSS12.0软件对913颗牙齿进行统计学分析。
Results Physical model of the cranial bones was obtained. 结果得到的头颅骨实体模型,其几何外形与头颅骨标本基本一致。
Methods: Location of the plate behind mastoid was determined on the dry cranial bones. 方法:在干性颅骨标本上确定乳突后平台锁孔的定位。
Methods On 100 cranial bones according to specified methods using vernier to measure the subcutaneous segment of each bone suture that is made by zygomatic bone and approximal bone. 方法在100例颅骨上按照一定的方法,应用游标卡尺等对颧骨与邻骨形成的各骨缝的皮下段进行测量。
A Clinical Research on Replantation of Deeply Refrigerated Autogenous Cranial bones 深低温冷藏自体颅骨再植的临床研究
Conclusion To cover the revealed skull is the first aim of the treatment of large area epicranium defect and cranial bones reveal and try to use the autoallergic epicranium possibly. 结论大面积头皮缺损并颅骨外露的治疗应早期进行创面处理,并尽可能以自体头皮覆盖。
Pathological and Cytological Examination of the Soft Tissue on the Concavity and Convexity of Implanted Cranial Bones and the Study of Regenerative Bone Flaps 埋藏颅骨瓣凹凸面软组织病理细胞学检查与再生骨瓣的研究
Objective To study MRI findings of fibrous dysplasia involvement of cranial bones. 目的研究颅骨骨纤维异样增殖症的MRI表现。
Method: The cranial bone flaps of 32 patients were implanted under the skin of abdominal walls. In 40-186 days the bone flaps were taken out for pathological examination and for close observation of regeneration of new bones. 方法:32例颅骨瓣埋藏腹壁皮下40~186天后,取出进行病理学检查,观察局部新骨再生情况。
Objective To perfect morphological data about genesis and development of cranial bones of Chinese fetus. 目的完善国人胚胎颅顶骨发生及发育的形态学资料。
Methods: The location of bony "window" and mastoid foramen were studied, and the distance from bony "window" to cerebellopontine angle was measured on 18 dry and 12 wet cranial bones. 方法:采用干性颅骨18具,福尔马林固定的头颅标本12具分别进行骨窗及乳突孔的定位测量和桥小脑角结构距骨窗的距离测定。
Measurements of Mechanical Properties of the Cranial Bones 颅骨组织的机械性质测定
Tooth, dental arch, muscles of oral or cranial bones et al is generally used as the anchorage. 通常用作支抗的部位是牙齿、牙弓、口唇肌肉或颅面骨骼等。