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钛

2020-05-29

30397613 (审核中...)

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#钛#

Biomater Sci：氧化石墨烯改性钛片可有效抗菌并促进细胞的增殖

2018-06-11

30397613 (审核中...)

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#钛#

J Endod：XP-Endo Shaper, K3XF和ProTaper Gold镍钛器械循环抗疲劳强度的比较

2018-12-05

30397613 (审核中...)

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#钛#

J Periodontol：铒激光去除牙科钛种植体表面微结构的钙化沉积物的效果观察

2018-11-28

30397613 (审核中...)

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#钛#

J Appl Toxicol：钛离子可通过Hippo/YAP信号通路调控MC3T3-E1成骨细胞的生物学行为

2018-03-16

30397613 (审核中...)

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J Mech Behav Biomed Mater：钛酸钡/镁黄长石纳米生物陶瓷具有适合骨再生的压电系数

2018-02-03

30397613 (审核中...)

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J Endod：纤维桩和坚固钛桩的对比：一项针对从无壁到2壁损失的11年随机对照试验

2017-11-18

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J Periodontal Res：兔胫骨模型中氧化锆和钛种植体的骨整合的分析

2018-12-13

30397613 (审核中...)

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#钛#

Biomaterials：钛上的多面涂层决定了骨免疫调节和骨/血管生成可改善骨整合

2018-05-31

30397613 (审核中...)

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#钛#

Colloids Surf B Biointerfaces：将镁掺入钛基底上的多孔TiO2涂层中可减少炎症反应

2018-10-16

30397613 (审核中...)

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#钛#

J Endod：不同热处理过的镍钛旋转器械的机械性能

2018-06-29

30397613 (审核中...)

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#钛#

Mol Med Rep：桃叶珊瑚可抑制钛颗粒诱导的细胞凋亡并促进成骨

2018-10-06

30397613 (审核中...)

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#钛#

Sci Rep：研究揭示Wnt11在人骨髓间充质干细胞向微结构化钛表面成骨分化中的作用

2019-06-05

30397613 (审核中...)

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#钛#

J Endod：热处理过的镍钛器械在次氯酸钠浸泡或/和灭菌后的循环抗疲劳强度变化

2018-12-14

30397613 (审核中...)

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#钛#

J Endod：镊钛器械在不同的往返旋转模式下预备根管时的动态扭矩和垂直压力分析

2018-07-08

30397613 (审核中...)

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#钛#

Am J Transl Res：新型混合3D打印钛支架在兔颅骨缺损模型中的成骨作用

2018-06-16

30397613 (审核中...)

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#钛#

Acta Biomater：多层膜涂覆的钛植体可有效促进骨生成和血管生成

2018-08-08

30397613 (审核中...)

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#钛#

PLoS One：H2O2/NH4OH处理钛表面可更好的促进成骨增加抗菌性能

2019-04-28

30397613 (审核中...)

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#钛#

Cell Biol Int：淫羊藿苷通过miR-21-5p减弱钛颗粒诱导的成骨分化和基质矿化的抑制

2018-10-16

30397613 (审核中...)

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#钛#

Biomater Sci：氧化石墨烯改性的钛支架可诱导骨再生并防止细菌感染

2018-11-13

30397613 (审核中...)

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#钛#

Mater Sci Eng C Mater Biol Appl：孔隙结构对3D打印多孔钛植入物骨植入的影响

2018-07-18

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