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- pulpal foramen 髓孔, (牙根)尖孔
- Resecton of Tomors of the Foramen Magnum. 枕骨大孔区肿瘤切除术------玉琦
- The thickness in mesio-buccod pulpal was the thinnest. 近中髓角处的牙体组织（距（牙合）面）最薄。
- Specialized obturator foramen type of Flexible Neoprene. 专用密封闭孔弹性氯丁橡胶。
- Unilateral cases may involve obstruction of the foramen of Monro. 也有特例是蒙罗氏小孔阻塞引起的。
- At the right is a probe patent foramen ovale in an adult. 右为成年人卵圆孔未闭的探查。
- pulpal foramina [医] 髓孔, (牙)根尖孔
- Patent Foramen Ovale and Recurrent Stroke Closure is the Best Option? 卵圆孔未闭与复发性卒中经皮封堵术是最佳选择吗?
- Objective To evaluate the anatomy and HRCT findings of foramen of nasal bone. 目的探讨鼻骨孔的解剖基础及影像学表现。
- All giant cell tumors appear to be located at or near the foramen of Monro. 所有的巨细胞瘤均位于或者临近孟氏孔。
- HIVD between L4/S, with obliteration of left intervertebral foramen. 第四和第五腰椎间有椎间盘突出，左边椎间孔有闭塞的情况。
- Does Closure of Patent Foramen Ovale as a Treatment for Migraine with Aura? - 卵圆孔未闭的封堵治疗是先兆性偏头痛的选择吗?
- Objective To improve the understanding of foramen magnum meningiomas. 目的提高对枕骨大孔区脑膜瘤的认识。
- HIVD between L4/5, with obliteration of left intervertebral foramen. 在第四和第五腰椎间有椎间盘突出，左边椎间孔有闭塞的情况。
- The results of this study showed that more than 60% periodontal involved teeth induced pulpal dystrophic changed. 并于光学显微镜下观察牙髓组织的病变与组织钙化的情形与严重程度，记录并分析结果。
- Structural changes of dental enamel, dentine, cementum and pulpal reactions in carious process are discussed. 其中，釉质龋的研究资料最为丰富，其次是牙本质，有关牙骨质龋的资料最少。
- Structural changes of dental enamel,dentine,cementum and pulpal reactions in carious process are discussed. 其中,釉质龋的研究资料最为丰富,其次是牙本质,有关牙骨质龋的资料最少。
- Past studies revealed periodontal involved teeth might induced dystrophic pulpal changes, chronic pulpitis and pulp necrosis. 过去的研究显示罹患牙周疾病的牙齿，牙髓组织较易有病变发生如退化性牙髓钙化，慢性牙髓炎，和牙髓坏死等。
- AIM:To investigate the pulpal cell responses and reparative dentine formation after the direct application of MTA to mechanically exposed pulps in dog. 目的:观察矿物三氧化物凝聚体(MTA)直接盖髓后牙髓炎症反应和修复性牙本质的形成。
- This study suggested that the 99mTc-labelled red blood cell microspheres could be used in the measrement of pulpal blood flow with RMT. 本研究证实99mTc标记的赡蜍红细胞生物微球可用于牙髓血流量的放射性微球技术测定。
