阻生齒 的英文怎麼說
中文拼音 [zǔshēngchǐ]
阻生齒
英文
i impacte tooth-
An impacted maxillary canine is a frequently encountered clinical problem in the mixed dentition
摘要上顎阻生犬齒是混合齒列期常遇見的問題。This article reviews about the definition of ectopia and impaction ; the development of maxillary canine ; etiology, occurrence, assessment and treatment of impacted canine
本篇報告回顧上顎未萌出異位及阻生犬齒的定義、生長發育、阻生及未萌出的原因、發生率、評估方法及臨床治療等之相關文獻。The technique is a simple, easy, and effective treatment for both unilateral and bilateral cases, and can be applied to correct the mesial impaction of other molars
本系列報告第一部份,探討近心阻生下顎第二大臼齒之成因與扶正方法,並擇其中5例簡要報告。Excessive mesial - axial inclination of the mandibular second molar or inadequate posterior arch length cause the mandibular second molar to become impacted against the distal contour of the first permanent molar
摘要下顎牙弓空間不足或第二大臼齒本身過度的近心軸向傾斜,常造成第二大臼齒前傾和阻生。From existing data, the prevalence rate of misplaced maxillary canine varies from 1 % to 3 %
摘要上顎未萌出異位及阻生犬齒的盛行率約為1 % ~ 3 % 。It is not uncommon to see an impacted or unerupted maxillary incisor in the children ' s dental clinic
摘要上顎門牙異位萌出或上顎阻生牙是兒童牙科及齒顎矯正門診常見的問題。The case was a 12 years old girl with an impacted maxillary right canine and a supernumerary tooth located in between two central incisors
本文介紹一位12歲的女孩病例,臨床檢查發現上顎犬齒阻生以及門齒間一顆多生牙。According to the no - loading waveform deviation factor, the prototype conforms to the national design standard and practical needs in the engineering. more important, the high voltage is achieved. in the condition of considering core saturation and damping winding influence, the influence to powerformer of the no - loading tooth harmonic emf is smaller than conventional generator, and the waveform deviation factor of the former is smaller, too
由求得的樣機空載電勢波形畸變率可知,該樣機滿足國家設計標準和工程實用要求,更重要的是,實現了產生高壓的目的;考慮鐵心飽和、考慮阻尼繞組影響情況時,電力發生器與具有相同尺寸(除定子槽形)的傳統發電機相比,空載齒諧波電勢對電力發生器的影響較小,前者的空載波形畸變率較小。It will cause loss of the canine guidance, damage of the occlusion, and discoordination of the maxillary and mandibular arch forms
阻生犬齒引起犬齒導引的喪失、咬合的損傷、上下顎牙弓的不協調。The fabrication of this appliance, the preparation of the anchorage, and how to avoid the undesired side effects during the treatment will be discussed
本篇報告是利用鎳鈦線之超彈性特性有效率地將前傾之阻生第二大臼齒扶正,並著重於如何在扶正過程中獲得良好的錨定控制。Decreased interbracket distance and limited working space in the molar area force clinicians to make the uprighting appliances with arduous wire bending and / or time consuming laboratory procedures
本方法簡單、容易,單、雙側病例均適用:也可應用於扶正其他近心阻生大臼齒。分享友人