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remineralization
相关语句
  再矿化
    ANTICARIES AND REMINERALIZATION POTENTIALITYOF SLOWRELEASE FLUORIDE TABLET IN VITRO
    缓释氟粘贴片体外抗龋和再矿化的潜力
短句来源
    Teeth remineralization test study for phosphopeptide
    磷酸多肽对牙齿再矿化的实验研究
短句来源
    Conclusion: The anticaries and remineralization potentiality of the slowrelease fluoride tablet can control the enamel area of 96 mm~2. The tablet can meet the clinical demands.
    结论:该缓释氟粘贴片体外抗龋和再矿化潜力很大,即在本实验条件下,连续给30片氟粘贴片,最大限度能控制96mm2大小的釉面,预计能够满足临床的需要。
短句来源
    MethodsAccording to the theory of remineralization of teeth, the mechanism and possibility of clinical application of toothremineralization with phmphOPeptide were investigated.
    方法根据牙齿再矿化理论,进行了实验,说明磷酸多肽(Phosphopcptide,TD201)防治龋病的作用机制、效果及临床应用前景。
短句来源
  相似匹配句对
    Teeth remineralization test study for phosphopeptide
    磷酸多肽对牙齿再矿化的实验研究
短句来源
    ANTICARIES AND REMINERALIZATION POTENTIALITYOF SLOWRELEASE FLUORIDE TABLET IN VITRO
    缓释氟粘贴片体外抗龋和再矿化的潜力
短句来源
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  remineralization
The remineralization of the detritus pool is an important source of nutrient regeneration, It can compensate 23 percent of the nutrient consumed by the production process.
      
The process of remineralization requires appropriate conditions to occur, and one of those conditions is pH.
      
The turnover of bacteria is included implicitly in processes such as detritus decomposition, DON remineralization, pelagic nitrification and denitrification.
      
The rapid recovery of the crop in the nutrient-poor water points to intensive remineralization processes.
      
Regional studies of daily, seasonal and size fraction variability in ammonium remineralization
      
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Objective: To evaluate the anticaries and remineralizing effects of the slowrelease fluoride tablet. Methods: The normal enamel and enamal with artificial caries were put into the middle bottles of four titrate systems under the same conditions. The whole area of enamel pieces was different in every system. Each of thirty slowrelease fluoride tablets was put into the middle bottle every 4 hours. The concentration of fluoride, calcium and phosphate ions in artifical saliva was determined. The hardness of enamel...

Objective: To evaluate the anticaries and remineralizing effects of the slowrelease fluoride tablet. Methods: The normal enamel and enamal with artificial caries were put into the middle bottles of four titrate systems under the same conditions. The whole area of enamel pieces was different in every system. Each of thirty slowrelease fluoride tablets was put into the middle bottle every 4 hours. The concentration of fluoride, calcium and phosphate ions in artifical saliva was determined. The hardness of enamel was measured. The histology changes of the enamel pieces were detected. Results: There was no difference among every enamel group. Conclusion: The anticaries and remineralization potentiality of the slowrelease fluoride tablet can control the enamel area of 96 mm~2. The tablet can meet the clinical demands.

目的:了解缓释氟粘贴片体外的抗龋和再矿化潜力。方法:将不同面积(12、24、48、96mm2)健康的和有人工龋的釉质块放在同样条件不同体外滴定系统的中瓶内,每个系统每4h投入1片缓释氟粘贴片,共30片。实验中不同阶段,取中瓶内人工唾液测定氟、钙、磷离子浓度,测定标本硬度值,实验后取出釉质块制作磨片,观察釉质结构的变化。分析不同实验阶段各组标本硬度值与牙外环境中钙、磷、氟浓度的变化。结果:不同滴定系统内,不同实验阶段各组标本硬度值之间无显著性差异;牙外环境中的钙、磷、氟浓度无明显不同;标本病变区的再矿化现象和抗龋能力也无明显区别。结论:该缓释氟粘贴片体外抗龋和再矿化潜力很大,即在本实验条件下,连续给30片氟粘贴片,最大限度能控制96mm2大小的釉面,预计能够满足临床的需要。

Objective:To find out the remineralization of the new salivary substitute to the early enamel caries Method:Ten uncaries teeth was selected,which was extracted because of orthodontic therapy and periodontitis In order to make artificial caries experiment at 37℃,the teeth was soaked into 0 1 mol/L lactacid (pH 4) for 6 hours,so as to be dismineralized Then imitating oral circumstance at 37℃,the teeth was remineralized twice every day by the new salivery substitute,and for the first and second weeks,the...

Objective:To find out the remineralization of the new salivary substitute to the early enamel caries Method:Ten uncaries teeth was selected,which was extracted because of orthodontic therapy and periodontitis In order to make artificial caries experiment at 37℃,the teeth was soaked into 0 1 mol/L lactacid (pH 4) for 6 hours,so as to be dismineralized Then imitating oral circumstance at 37℃,the teeth was remineralized twice every day by the new salivery substitute,and for the first and second weeks,the hardness of the experimental teeth were measured respectively Result:After the dismineralized enamel was remineralized by the salivary substitute,the hardnesss was obvibnsly superior to that before remineralized The renemed hardness were 55 34% and 71 19%,respectively (P<0 01) Conclusion:This new salivary substitute promots the dismineralized teeth to be remineralized

目的:探讨新研制的唾液替代品对早期釉质龋的再矿化作用。方法:选择正畸和牙周病拔除的无龋牙10颗,用0.1mol/L乳酸(pH4)在37℃条件下作脱矿浸泡6h,进行人工龋实验,然后模拟口腔环境,37℃恒温下用研制的唾液替代品在37℃条件下进行再矿化处理,每天2次,分别于1周、2周测试实验牙表面硬度。结果:脱矿的牙釉质经唾液替代品再矿化后,硬度值明显高于矿化前的硬度,硬度恢复分别为55.34%、77.19%(P<0.01)。结论:新研制的唾液替代品有促进脱矿后牙釉质的再矿化作用

Objective To explore a new method for effective and safe prevention and treatment of caries. MethodsAccording to the theory of remineralization of teeth, the mechanism and possibility of clinical application of toothremineralization with phmphOPeptide were investigated. Results Phosphopeptide, with Ca and P, had an ability of affinitywith hydroxyapatite and enhancing remineralization of teeth. Conclusion Phosphopeptide can prevent and treat toothdecay effectively and can be applied in clinic safely....

Objective To explore a new method for effective and safe prevention and treatment of caries. MethodsAccording to the theory of remineralization of teeth, the mechanism and possibility of clinical application of toothremineralization with phmphOPeptide were investigated. Results Phosphopeptide, with Ca and P, had an ability of affinitywith hydroxyapatite and enhancing remineralization of teeth. Conclusion Phosphopeptide can prevent and treat toothdecay effectively and can be applied in clinic safely.

目的探索安全、有效、简便的生物制品防治龋病的新途径。方法根据牙齿再矿化理论,进行了实验,说明磷酸多肽(Phosphopcptide,TD201)防治龋病的作用机制、效果及临床应用前景。结果实验证明,磷酸多肽能携带钙、磷成份并与羟磷灰石(HA)有较强亲合力,使牙齿再矿化过程加强。结论磷酸多肽能安全有效地预防和治疗龋病,并可广泛地应用于临床。

 
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