- 更多网络例句与筛鼻甲的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Results (1)The agger cells existed in 99% of the cases, the development of the agger cells in 9～16 years old children, and adult had no difference;(2) The morphology of agger cells differed widely, but its relationship to the anterior border of the middle nasal concha, bulla ethmoidalis and nasolacrimal canal was quite stable;(3) The upward pneumatization of the agger cells was not related to deviation of nasal septum, but closely related to the development of the frontal sinus;(4) The anterior nasosinusitis often influenced the agger cells and might result in hyperosteogeny.
结果 ①绝大多数病例（99%）有鼻丘气房，儿童（9～16岁）鼻丘发育与成人相比无差异性；②鼻丘形态变化很大，但与中鼻甲前端、筛泡和鼻泪管的关系是恒定的；③鼻丘向上气化程度与额窦发育关系密切，鼻中隔偏曲对其发育无明显影响；④前组鼻窦的广泛炎症易波及鼻丘，并可出现鼻丘骨质增厚。
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Object: The mechanism and method of the neurectomy were explored in the treatment of e allergic rhinitis.The basic on anatomy and theory was provided for treating allergic rhinitis by surgical way. Methods:A team of Rabbits were made sensitization three days after the sphenoidpalatine nerve was cut or sympathetic nerve was cut.
目的：本研究旨在了解蝶腭神经切断治疗变应性鼻炎的机理和方法，了解感觉神经及其产生的神经肽在变应性鼻炎发病中的作用，了解鼻后外侧神经、筛前神经进入下鼻甲的确切位置，为切断相关神经治疗变应性鼻炎提供理论基础。
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Pneumatization and proliferation of middle turbinate and bent uncinate process were the most common anatomic variation in the diseased group.
病变侧上颌窦口周围的中鼻甲气化、增生及钩突偏曲、筛泡骨性增生等解剖结构异常的发生率明显高于对照侧
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Recording electrode was placed on the scalp near the olfactory bulb. Results Electrically evoked olfactory potentials composed of triphasic negative-positive-negative peaks, named N1, P1, N2 respectively, were detected on the olfactory region. The latencies of N1, P1, N2 were 16.27ms, 25.36ms, 49.75ms respectively in cribriform plate.
结果 电极置于筛板和鼻甲嗅区粘膜可记录到一组&负-正-负&三相的诱发电位波，依次命名为N1、P1、N2，当刺激强度为2.0 mA时，筛板粘膜诱发电位的潜伏期分别为16.27、 25.36、 49.75 ms；鼻甲嗅区粘膜诱发电位的潜伏期为20.29、31.31、 46.83 ms。
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To explore the efficacy of microwave coagulating the vidian nerve,the anterior ethmoidal nerve and inferior nasal concha for allergic rhinitis under nasal endoscope.
目的 ：总结鼻内窥镜下热凝翼管神经、筛前神经及下鼻甲治疗变应性鼻炎的疗效。
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Endoscopic Ways at nose under the guidance of biological tissue using laser thermal effect, 61 cases of allergic rhinitis patients with nasal ethmoidal nerve distribution area [1] (before the upper lateral wall of the nasal cavity, middle turbinate, inferior turbinate anterior , anterior nasal septum) punctate mucosal tissue coagulation, vaporization treatment, the results of a success rate of 90.16 percent, followed up for 6 months 1 3 years.
在鼻内镜直视引导下，利用激光对生物组织的热效应，对61例过敏性鼻炎患者进行鼻腔筛前神经分布区[1]（鼻腔外侧壁前上部、中鼻甲、下鼻甲前部、鼻中隔前部）粘膜组织斑点状凝固、汽化治疗，结果成功率达90.16%，随访6个月一3年，效果良好。
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The anatomic variations included 39 deviation of nasal septum,28 paradoxical curvature of the middle turbinate ,11 pneumatized middle turbinate , 16 uncinate hyperplasia ,9 deviation of uncinate, 5 pneumatized uncinate ,15 large ethmoidal bulla and 9 Haller cell.
所有病例均显示钩突、筛窦漏、半月裂、筛泡及中鼻甲等的结构，鼻中隔偏曲39例，中鼻甲反向弯曲28例、中鼻甲气化11例，钩突肥大16例，钩突明显偏移9例，钩突气化5例，筛泡过度气化15例， Haller 气房6例。
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Results The tristar of groove was consisted of beak of the ethmoidal bulla and its prolonging process, apex of the uncinate process and anterior peak of the middle turbinate, at the region of frontal recess. The structures called meatal groove, uncinate groove and bullar groove were observed around the ethmoidal bulla and the tristar of groove located at their origination. Under endoscopic view these structures looked like a triangular clefts, so it was named.
结果 星状裂是由筛泡的顶端及其向上伸出的角、钩突的顶端、中鼻甲的前顶端在额隐窝区域汇合形成的一个星状裂隙，上述结构围绕筛泡形成鼻道沟、钩突沟、筛泡沟，星状裂为三条沟的起始部。
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Methods Total 349 patients, 265 case with chronic hypertrophic rhinitis and 203 case underwent two partial inferior turbinectomy and 62 case underwent partial inferior and middle turbinectomy, 46 case with nasal polyps and chronic sinusitis and underwent nasal polypectomy and transnasal ethmoidectomy, 38 case with deviation of nasal septum and underwent septoplasty.
349例鼻腔术后患者（慢性肥厚性鼻炎265例，行双侧下鼻甲部分切除术的患者203例，行中下鼻甲部分切除术患者62例；鼻息肉摘除、筛窦开放术患者46例；鼻中隔矫正术患者38例）随机分为两组，A组181例采用&层叠式&方法鼻腔填塞并分次抽取，B组168例采用传统的&口袋式&方法鼻腔填塞及抽取。
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Methods Ninety-one coronal CT scans of chronic sinusitis were analysed with mutimedia software developed by the authors. Sinus CT images were scanned into multimedia computer and the subtle anatomic structures such as pneumatization of the middle turbinate, agger nasi cell, Haller's cell, septal deformity , maxillary sinus hypoplasia , abnormality of uncinate process and ethmoid bulla and so on were measured.
用自行开发的计算机图像分析系统定量分析91例慢性鼻窦炎患者的冠状位鼻窦CT，观测指标包括：骨性解剖结构变异(包括中鼻甲气化、反常曲线中鼻甲、Haller气房、鼻中隔偏曲、上颌窦发育不良、鼻丘气房、钩突气化)、筛漏斗、钩突角度、筛泡等，测量相应结构的冠状位截面积、角度、长度。
- 更多网络解释与筛鼻甲的相关的网络解释 [注：此内容来源于网络，仅供参考]
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Agger nasi：鼻丘
中鼻甲前方的鼻腔外侧壁上有一 丘状隆凸,谓鼻丘(agger nasi),通常含1~4个气房,其实际上是前组筛窦的一部分. 中鼻甲垂直部尾端恰位于蝶窦前壁下半部之前,尾端的后上 方、近蝶窦底处的鼻腔外侧壁上有一骨孔,谓蝶腭孔,向后通翼腭窝,
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anterior fontanel：前囟
下鼻甲筛突和钩突的后下端将上颌窦裂孔分为前囟(anterior fontanel)和后囟(posterior fontanel)两部分. 前囟位于钩突的后下方,后囟位于上颌窦自然开口的后方. 慢性和复发性上颌窦炎时,可以在内窥镜下施行后囟造口术. 这种方法优于 经下鼻道的上颌窦造口术,
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posterior fontanel：后囟
下鼻甲筛突和钩突的后下端将上颌窦裂孔分为前囟(anterior fontanel)和后囟(posterior fontanel)两部分. 前囟位于钩突的后下方,后囟位于上颌窦自然开口的后方. 慢性和复发性上颌窦炎时,可以在内窥镜下施行后囟造口术. 这种方法优于 经下鼻道的上颌窦造口术,
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Middle turbinate：中鼻甲
前鼻镜检查不易窥见.上鼻甲后上方为蝶筛隐窝(sphenoethmoid recess),蝶窦开口于此.图1-6 鼻腔外侧壁(上、中、下鼻甲部分去除)鼻的解剖(2)上鼻道(superior meatus):内有后组筛窦开口.鼻的解剖(3)中鼻甲(middle turbinate):系筛骨的突出部,中鼻甲中常有筛窦气房生长,
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ethmoturbinate：筛骨甲
ethmoturbinalplate 筛鼻甲板 | ethmoturbinate 筛骨甲 | ethnical 人种学的
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sphenoethmoidal recess：蝶筛隐窝
上鼻甲后端的后上方有蝶筛隐窝 (sphenoethmoidal recess),位于筛骨(上)和蝶窦前壁(下)形成的角内,是蝶窦开口所在. 后组筛窦则开口于上鼻道 (superior meatus). 以中鼻甲游离缘水平为界,其上方的鼻甲与鼻中隔之间的间隙称为嗅沟(olfactory sulcus)或嗅裂.
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sphenoidal sinus：蝶窦
检查可见中鼻甲肿胀、肥大或鼻息肉样变,以前端为明显,中鼻道前上部有脓液,可认为来自额窦;"蝶窦(sphenoidal sinus)位于蝶骨体内,左右各一,均各通过其前壁的孔开口于蝶筛隐窝.