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condylar growth
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  “condylar growth”译为未确定词的双语例句
     A study of condylar growth change with implants in individuals aged from 7.5 to 15.5
     以种植体法研究7.5~15.5岁个体髁突的生长变化
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     The effective condylar growth was upward 4.48mm and backward 3.41mm.
     有效髁突向上生长了 4 .4 8mm ,向后改变了 3.4 1mm ;
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     PURPOSE: To identify the relationship between the expression of Core binding factor α1 (Cbfα1) in condylar cartilage and condylar growth modifications in growing rabbits following forward positioning mandibles with functional appliance.
     目的:探讨兔下颌持续功能前导后髁突软骨中核心结合因子α1(corebindingfactorα1,Cbfα1)蛋白的表达及与髁突改建的关系。
短句来源
     Objective: To annually quantify the condylar growth from 7.5 to 15.5 years and identify the growth direction of condyle during the same period of time.
     目的:通过种植体法研究7.5~15.5岁个体髁突每年的生长变化,并探讨此阶段髁突生长方向。
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     Objective: To identify the relationship between the expression of BMP/Smads in condylar cartilage and condylar growth modifications in rabbits during mandibular forward positioning.
     目的:探讨兔下颌持续功能前导后髁突软骨中BM P/Sm ads信号传导通路表达与髁突改建的关系。
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  相似匹配句对
     The growth of E.
     重组HBD 2对E.
短句来源
     Histological and Histochemical Observation on the Condylar Growth and Development
     大鼠下颌髁突生长发育的组织学和组织化学研究
短句来源
     Growth in the Adventure
     历险中的成长
短句来源
     Anterior Mandibular Displacement and Condylar Growth: An Autoradiographic Survey
     功能矫形前伸下颌后对大鼠髁突软骨DNA合成影响的研究
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  condylar growth
Countercurrent centrifugal elutriation, whereby cells are separated on the basis of size, was applied to bovine mandibular condylar growth center cells.
      
The developing mandibular condylar growth center consists of a number of histologically distinct cell types.
      
The mandibular condylar growth center: Separation and characterization of the cellular elements
      
Ultrastructural localization of calcium in the mandibular condylar growth cartilage of the rat
      
These findings may be consistent with inhibition of mandibular condylar growth inhibiting the anteroinferior growth of the mandible.
      
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To treat Class Ⅱ division 1 malocclusion with Fr(?)nkel appliance(FR-1)in 7 patien-ts.The patients ranged in age from 9.3 to 14 years old,average 11.6-year-old.TheFr(?)nkel appliance was constructed wax bite on 3-5mm protrusive position.The biteopening at molars was mean 3.1mm.Standardized laminographs were taken with and without the fr(?)nkel appliance inpre-and post-treatment to observe the condylar positional changes in fossa.The resultsshowed that the condylar position has no significant difference between...

To treat Class Ⅱ division 1 malocclusion with Fr(?)nkel appliance(FR-1)in 7 patien-ts.The patients ranged in age from 9.3 to 14 years old,average 11.6-year-old.TheFr(?)nkel appliance was constructed wax bite on 3-5mm protrusive position.The biteopening at molars was mean 3.1mm.Standardized laminographs were taken with and without the fr(?)nkel appliance inpre-and post-treatment to observe the condylar positional changes in fossa.The resultsshowed that the condylar position has no significant difference between pre-and post-tr-eatment.The mechanism was attributed to condylar growth upward and backward.

对7例安氏Ⅱ类1分类错患者进行 FR-1型矫治器治疗。患者平均年龄11.6岁。下颌前伸3~5mm,(牙合)打开距离平均3.1mm。平均疗程8月。采用东芝的 LGM-2型多轨迹断层摄影,观察治疗前后髁突位置的变化。发现矫治前后髁突处于同一位置,其机理主要为髁突向后上生长所致。

This study examines the circadian rhythm changes of growing rats condylar endogenous PGE2 of stroke assessed every 4 hours for 24 hours by RIA(radio immunoassary) on the condylar growth and adaptation during the mandibular retractive force. Cosinor analysis demonstrated:①In natural state, there were circadian rhythm changes in level and distribution of PGE2 in condyle of young growing rats. The acrophase of PGE2 was about 18: 36.②After being imposed orthopedic force to inhibit mandibular growth,...

This study examines the circadian rhythm changes of growing rats condylar endogenous PGE2 of stroke assessed every 4 hours for 24 hours by RIA(radio immunoassary) on the condylar growth and adaptation during the mandibular retractive force. Cosinor analysis demonstrated:①In natural state, there were circadian rhythm changes in level and distribution of PGE2 in condyle of young growing rats. The acrophase of PGE2 was about 18: 36.②After being imposed orthopedic force to inhibit mandibular growth, the normal diel rhythm of PGE2 in growing rats still existed.③The mesor of PGE2 in condyle decreased in the group being imposed forces for 12 hours in daylight much more than that at night.The results suggested that the condylar growth and adaptation in growing rats were not identical in day and at night, and showed a circadian rhythm. If doctors utilize orthopedic during the active proliferation peried of condylar cartilage will achieved higher efficiency and better result in treatment.

应用放射免疫法,测定生长期大鼠在正常生长及向后牵引下颌时,一昼夜内每4h髁突内源性前列腺素E2(PGE2)的含量变化,以探讨其昼夜节律。所得数据经余弦法统计分析表明:①在自然状态下,生长期大鼠髁突PGE2含量存在近日节律,峰值相位约在18:36.②施加矫形力抑制下颌生长时,PGE2含量的正常日节律未消失,③白天12h施力组髁突PGE2含量的调整中值较之夜晚12h施力组下降较大。结果提示:生长期大鼠髁突的生长和改建昼夜不是均一的,表现出昼夜节律;如果在髁突软骨细胞的增生改建昼夜节律峰值期加力,将能提高矫治效率。

Objective To investigate the circadian rhythm changes of the expression of Proliferating Cell Nuclear Antigen (PCNA) in growing rat condylar cartilage after functional mandibular protrusion in daytime or at nighttime and provide a direct experimental evidence for determining which time of the day is best to wear the appliance.Methods Immunohisto-chemical method was used to detect the expression of PCNA in the condylar cartilage after functional mandibular protrusion.Results Comparing with the natural state,the...

Objective To investigate the circadian rhythm changes of the expression of Proliferating Cell Nuclear Antigen (PCNA) in growing rat condylar cartilage after functional mandibular protrusion in daytime or at nighttime and provide a direct experimental evidence for determining which time of the day is best to wear the appliance.Methods Immunohisto-chemical method was used to detect the expression of PCNA in the condylar cartilage after functional mandibular protrusion.Results Comparing with the natural state,the expression of PCNA in the condylar cartilage was stronger after using appliances and the strongest one was in the day time wearing group.Conclusion The functional appliance is able to stimulate the condylar growth and the best time wearing funetional appliance is during the day when the spontaneous growth rate of the condylar catilage is streugen.

目的 比较昼夜不同时段戴用功能矫治器后 ,髁突软骨增殖细胞核抗原 (PCNA)表达的昼夜变化 ,为探讨功能矫治昼夜最佳介入时段 ,提供直接实验依据。方法 采用免疫组织化学法 ,检测不同时段前伸大鼠下颌后 ,髁突软骨PCNA表达的昼夜变化。结果 戴用功能矫治器后 ,PCNA表达强度增加 ;白天戴用组明显高于夜晚组。结论 功能矫治器可以刺激髁突软骨增生 ;在髁突软骨昼夜自发性生长最旺盛时段戴用矫治器 ,效果最佳

 
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