接下来为顶枕区。
额区是WMC的好发部位，依次为顶枕区、颞区、基底节和幕下。
WMC was most common in frontal region, followed by parietooccipital region, temporal region, basal ganglia, and infratentorial area.
脑SPECT显像显示两组在小脑、枕叶、基底节、颞枕区等区域血灌注减低。
Regional cerebral blood perfusion showed by 99m-TC-HMPAO SPECT re-dueced in cerebella and occipital lobe, basilar ganglion and occipital-temporal regions in both groups.
应用脑波超慢涨落分析方法，观察了气功意念导引时左右额区及左右枕区脑电波变化。
Using brain super-slow encephalofluctuography technology, changes on EEG at anterior and posterior brain areas, associated with Qigong guiding mind were studied.
结论：表情效应可早期出现在双侧枕区及额顶区，提示皮质通路的作用可能并不一定滞后。
CONCLUSION: Facial expression effect can occur in bilateral parietal-occipital area and frontal-partial area at early period, indicating that the action of cortical pathway may be not lagged.
目的研究枕大孔区肿瘤的诊断与手术疗效。
Objective To study the diagnosis and outcome of tumors in the foramen magnum region.
躯体代表区由耳颞神经、耳大神经及枕小神经耳支支配。
The areas related to the trunk were controlled by auriculotemporal nerve, great auricular nerve and auricular branch of lesser occipital nerve.
我们发现从枕极至头部前区的区域有激活现象。
We found activations in areas extending from the occipital pole to anterior areas.
AA外侧关节退变与枕颈区痛有相关性。
Lateral AA joint degeneration had relation to occipitocervical pain.
目的为枕颈部中性区（NZ）的研究建立有效的数学模型。
Objective To develop a valid mathematic model for the research of the neutral zone(NZ) in craniovertebral junction.
总结枕大孔区脑膜瘤病人行显微手术治疗的护理。
Objective: It summarized the nursing care of patients with foramen magnum meningioma undergoing microsurgical treatment.
获得后颅窝枕颈交界处肌肉、颅骨的正常解剖结构有关资料，为桥小脑角区肿瘤、小脑半球肿瘤的手术治疗提供更优化的手术入路。
Suboccipital retrosibmoidal craniotomy with replacement of bone flap and deep muscle incision, suture in turn were used in patients to improve the operative effect of posterior fossa tumor.
结果枕颈交界区显微解剖结构复杂。
Results Microanatomy in the occipital and cervical joint region were complicated.
莱州湾凹陷沙河街组四段含有较厚的岩盐和膏盐层，并在KL112地区发生聚集隆起，形成典型的盐底辟(盐枕)构造。
In the Laizhouwan depression, the Sha4 Member of the Paleogene Shahejie Formation attains thick salt and gypsum which have uplifted and formed salt diapir and pillow in the KL112 area.
伤后6小时开始出现“收缩球”。病变以脑干、枕极、小脑、额极、海马及脑室壁等中线区为重。
The lesions of retraction bails began to appear at 6h after injury and lasted to 24h and 48h.
伤后6小时开始出现“收缩球”。病变以脑干、枕极、小脑、额极、海马及脑室壁等中线区为重。
The lesions of retraction bails began to appear at 6h after injury and lasted to 24h and 48h.
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