The relationship between symptoms of headache, cranial nerve and skull base bone invasion and CSI was analyzed.
分析头痛、颅神经症状及颅底骨破坏与海绵窦受侵的关系。
Conclusion Thin-slice high resolution ct scan and 3d images of volume scan are necessary imaging modalities for diagnosis of the cranial basis and craniofacial bone fractures.
结论薄层高分辨扫描及容积扫描3d图像是显示和诊断颅底等不规则骨骨折不可缺少及有效的方法。
Objective To explore the effect of different culture conditions on tissue-engineered bone repairing cranial defect.
目的探讨不同条件下所构建组织工程化骨对兔颅骨骨缺损修复的影响。
There was better relativity among the detective results of skull base bone SPECT and headache, cranial nerve palsy, t stage and clinical stage.
颅底骨显像阳性检出与头痛、颅神经损害、T分期及临床分期呈正相关。
Scalp expanding is a good method to(repair) cranial bone exposure wound.
头皮扩张术是修复颅骨外露创面的良好方法。
Objective To explore the application of autogenous, floating cranial bone flap in craniocerebral operations.
目的探讨自体颅骨漂浮骨瓣在颅脑手术中的临床应用。
Methods: The blue line of superior semicircular canal went through the mill and correlative structures were measured on 24 cases of wet cranial bone specimens(48 sides) .
方法：采用福尔马林固定的头颅标本24具（48侧），首先寻找弓状隆起并磨出上半规管蓝线，进一步测量其与内耳道及相关结构的位置关系。
Objective To explore tile relationship between bone morphogenetic protein and development of fetal cranial bones.
目的探讨骨形态发生蛋白与人颅顶骨发生及发育的关系。
Results: in experiment of rabbit cranial defect, immediate construction of tissue-engineered bone led to poor bone formation, but application of GTR membrane increased the bone formation.
结果：兔骨缺损修复实验显示，细胞-支架复合体即刻种植新骨形成较差，联合应用引导组织再生膜可提高新骨形成面积百分比。
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。
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。
Objective: To provide anatomical basis for the cranial bone flap pedicled with superficial temporal artery to repair facial defects.
目的：为带颞浅血管蒂颅骨外板骨瓣转位修复颌面部缺损提供解剖学基础。
The upside after partial located in the cranial, also called cranial cover bone, In the face of cranial bag-house, formed before the cranial face contour.
脑颅位于颅的后上部，又称颅盖骨；面颅位于颅的前下部，形成面轮廓。
These tumors can remodel the temporal bone and extend into the posterior cranial fossa, possibly producing mass effect on the brainstem and cerebellum. Some tumors may extend below the skull base.
肿瘤可以重塑颞骨并且扩展入后颅窝，可能导致脑干和小脑受压，一些肿块可能会延伸到颅底下方。
Methods 100 cases of severe cranial brain lesion use step decompression operative method and after rid up of bone flap, dural and temporal muscle facial flap decompression suture of dural incision.
方法对100例重型颅脑损伤患者采用分次减压手术方式及去骨瓣后，硬膜与颞肌筋膜瓣减张缝闭硬膜切口方法。
Resection of malignancies of the midface with anterior cranial base involvement may result in complex bone and soft tissue deficiencies.
中脸部并前颅底侵犯肿瘤切除后会留下复杂之骨骼和软组织的缺损。
Methods During the operation, the cranial flap were kept floating on the pachymeninx of bone window repaired carefully.
方法术中硬脑膜减张严密修复，让骨瓣漂浮于骨窗硬脑膜上。
Objective To evaluate the thin-slice high resolution ct scan and fast volume scan in the diagnosis of cranial basis and craniofacial bone fractures.
目的探讨薄层高分辨CT扫描和快速容积扫描在颅底颜面骨折中的价值。
Objective To investigate the clinical significance of early cranial bone repair after craniotomy with big bone flap decompression.
目的探讨开颅去大骨瓣减压后早期颅骨修补的临床意义。
Results the male outnumbered female in this group. Cranial bones were involved in the sequence of temporal bone (8 cases), parietal bone (3 cases), occipital bone (2 cases), and frontal bone (1 case).
结果男性多于女性，颅穹隆骨破坏依次为颞骨8例、顶骨3例、枕骨2例、额骨1例。
Methods:The retro-articular processes of temporal bone were observed, measured and classified on 253 sides of cranial bone.
方法：观察和测量253例颅骨的颞骨关节后突，并进行分类。
The bone portions commonly include a skull bone portion and a skull bone flap or implant, and the fixation device is commonly a cranial clamp.
骨部分通常包括颅骨部分和颅骨骨瓣或植入体，固定装置通常为颅骨夹。
The bone portions commonly include a skull bone portion and a skull bone flap or implant, and the fixation device is commonly a cranial clamp.
骨部分通常包括颅骨部分和颅骨骨瓣或植入体，固定装置通常为颅骨夹。
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