鼻中隔的

基本解释 (translations)

septonasal

与鼻中隔的相关的网络例句 [注：此内容来源于网络，仅供参考]

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。

Finite element analysis for patients with unilateral cleft lip and nasal alar collapse shows that: 1, Affected side of nasal columella are the key mechanical part to rectify deformed nose, followed part is the ipsilateral nasal alar; 2, The stress concentration of the nasal septum suggests that the nasal septum rectification is very important, its rectification and fixation are perhaps the important content of deformed nose rectification .

对单侧鼻畸形患者鼻部的有限元分析表明：1、鼻小柱患侧部是畸形整复的力学关键部位，其次是患侧塌陷鼻翼；2、鼻中隔部应力的集中，提示了鼻中隔部位整复的重要性，其整复和固定可能是单侧唇裂鼻畸形整复的重要内容。

It suggested that under static status, the nasal septum, nasal columella and the lateral feet of nasal alar were the most concentrated areas of stress distribution. They are key mechanical parts of deformed nasal.3.2 Nasal displacement load analysis of patients with unilateral cleft lip and nasal alar collapse Deformed nasal displacement load three-dimensional finite element analysis showed that if the ipsilateral and contralateral nasal parts obtain similar geometry, the positions around nasal columella in ipsilateral nostril were the most stress concentrated region, next parts were the nasal septum and the lateral nasal alar.

提示静态状态下，鼻中隔、鼻小柱和两侧鼻翼外侧角是应力分布最集中部位，也是畸形鼻部的关键力学部位。3.2单侧唇裂鼻翼塌陷畸形患者的鼻部位移载荷形变后力学分析单侧唇裂鼻畸形患者的位移载荷三维有限元分析表明，畸形鼻部的患侧要获得和健侧近似的几何形态，其患侧鼻孔近鼻小柱周围应力分布最为集中，其次为鼻中隔和患侧鼻翼外方。

Dissected under 3.5×loupe magnification,the vascular of the perinasal region and nasal septum were revealed and observed.

在3.5倍的手术放大镜下进行解剖，显露鼻中隔的血管和进入鼻中隔的鼻区血管。

Objective: To explore a way of reserving the cartilage in nostril septum surgery.

目的：探讨鼻中隔手术中鼻中隔支架保留的方法。

Results The choroid plexus, hypophysis, area postrema and pineal body, namely, circumventricular organs and ependyma as well as pia mater layers were stained by the HRP reaction products.The HRP reaction products were observed in the tissue space of membrane mucosa nasi, around the fila olfactoria and venules, and within the venules under the light microscopy and electron microscopy, also. Scintillation count showed that the radioactivity of the CVOs was higher than that of the background. The radioautography showed that the scattered grains of silver existed within the cells of neurocyte layer also.

结果 在脑室周围器官及脑室周围室管膜、软脑膜层有HRP反应产物的聚集，在鼻中隔的鼻粘膜下组织间隙、嗅丝周围间隙及静脉周围和管腔内也可见到HRP反应产物；液闪计数显示，大白鼠的脉络丛、脑垂体、最后区、松果体等脑室周围器官放射性活度明显高于本底；放射自显影显示大白鼠脑组织神经层细胞内有散在分布的银颗粒。

The septum articulates caudally with the anterior nasal spine .

鼻中隔的尾侧端与前鼻棘相接。

METHODS: Through vestibular and columellar approach, the major alar cartilage and nasalis were repositioned to the normal anatomical positions, the deviated septum and columella were corrected by cutting the abnormal attachment of the orbicular muscle to the anterior nasal spine.

鼻唇畸形二期修复时做鼻翼缘前庭合并鼻小柱切口，矫正大翼软骨、鼻肌、鼻小柱及鼻中隔的异常解剖位置，离断鼻中隔的异常附着，部分患者去除多余的鼻中隔组织，并将鼻中隔软骨末端可靠固定在正确的位置，与软组织逢合固定，或与前鼻棘等骨性组织缝合固定，同时矫正偏斜的鼻小柱等软组织，通过鼻部软、硬组织的矫正，恢复鼻的正常形态。

The anatomic and histological examination and comparison of the musculus depressor septi nasi were performed in 33 normal cadavers and 30 patients with unilateral cleft lip undergoing the operation for secondary nasal deformities.

我们在唇裂与正常鼻肌肉组织的解剖组织学比较观察中发现，单侧完全性唇裂患侧降鼻中隔肌缺损，有助于正确理解唇裂鼻小柱和鼻中隔软骨尾缘的移位与畸形等特征性形态的形成。

Results: The distances from the root of columella nasi to the inforior pole of sphenoidal sinus aperture and the sphenopalatine foramen were (60.40±3.21,58.10-72.76) mm and (62.14±1.93,59.50-73.40) mm, respectively.

结果：鼻小柱根部至蝶窦口下极及蝶腭孔的距离分别为(60.40±3.21，58.10~72.76)mm和(62.14±1.93，59.50~73.40)mm；蝶腭孔至蝶窦口下极的距离为(12.20±1.10，8.10~16.35)mm，在蝶腭孔处蝶腭动脉的外径为(1.99±0.13，1.50~2.80)mm；蝶窦口下极至鼻中隔后上动脉及鼻中隔后下动脉的距离分别为3.49±0.24，2.78~5.20）mm和(6.42±1.08，4.30~8.50mm。

与鼻中隔的相关的网络解释 [注：此内容来源于网络，仅供参考]

aquiline nose：鹰钩鼻

鹰钩鼻(aquiline nose)主要表现为鼻尖过长下垂面部表情及运动时下垂更明显鹰钩鼻往往伴有驼峰鼻畸形其产生的主要原因有鼻翼软骨中间脚向下过度生长或内侧脚过长鼻中隔软骨过长鼻中隔降肌肥大通常东方人的鹰钩鼻畸形以中间脚过长为多

hydrops：水肿

感染先天性梅毒的胎儿可能会有水肿,腹水甚至发生胎儿水肿(hydrops)的现象,先天梅毒最早出现的症状通常是鼻炎(RHINITIS)鼻塞(SNUFFLED),很快地接着出现其它皮肤粘膜病变,鼻中隔的梅毒肿、角膜白斑、先天性耳聋、牙齿呈凹形或智能方面的影响,

nasal：鼻骨

人类鼻子外面部分主要是用于支撑的,大部分由鼻骨(nasal)和上颚骨(maxillary bones)以及软骨(cartilages)组成的. 里面的部分,鼻腔(nasal cavity),被划分为两个较小的腔叫做鼻窝(nasal fossae)以及鼻中隔(nasal septum)(一个分隔的软骨和骨头).

nasal septum：鼻中隔

由皮肤覆盖,富有皮脂腺和汗腺,并长有鼻毛,鼻前庭皮肤与固有鼻腔粘膜交界处称为鼻阈或鼻内孔. 鼻的解剖二)固有鼻腔 通称鼻腔,有内,外,顶,底四壁. 1.内壁:即鼻中隔(nasal septum),由鼻中隔软骨(...

nasal obstruction：鼻阻塞

鼻阻塞(nasal obstruction) 鼻塞是耳鼻咽喉科常见的症状之一,最常见的原因包括鼻炎,鼻中隔偏曲,鼻息肉,鼻窦炎等. 理论上来说,鼻塞都可以通过不同的治疗方法进行解决. 1、急性鼻炎的鼻塞发展很快,通常在数日内即达到高潮,一周左右可自行消退,

septectomy：鼻中隔切除术

septal 中隔的 | septectomy 鼻中隔切除术 | 42 纵膈 mediastin

nasopalatine artery：鼻腭动脉

后者供应鼻中隔后部、下部,其较粗一支鼻 腭动脉(nasopalatine artery)在鼻中隔前下部的粘膜下层与筛前、后动脉的鼻中隔支、上唇动脉和腭大动脉吻合,构成丰富的动脉丛,即利 特尔动脉丛(易出血区)(图1-1-13,1-1-14).

nasus：鼻

一.鼻鼻(Nasus) 包括鼻腔和鼻旁窦. 鼻腔(Cavumnasi)是呼吸道的起始部,前端有鼻孔,后端有鼻后孔通咽,鼻腔正中有鼻中隔将其分为左、右两个腔. 每个鼻腔均包括鼻孔、鼻前庭和固有鼻腔3部分. 1. 鼻孔 鼻孔(Nares)为鼻腔的人口,

rhinoplastic：鼻整形的

nasal tip 鼻尖 | rhinoplastic 鼻整形的 | nasal septum 鼻中隔

nasal septal cartilage：鼻中隔软骨

解决之道可以考虑改用自体组织,自体组织的好处是没有排斥的问题,缺点是除了需要多一个伤口来取得外,全部采用自体组织如果用耳软骨( conchal cartilage) 与鼻中隔软骨( nasal septal cartilage)可能会有采得的软骨量根本不够的问题,