《Table 4 NC-based bone TE scaffolds prepared by other methods》

《Table 4 NC-based bone TE scaffolds prepared by other methods》   提示：宽带有限、当前游客访问压缩模式
本系列图表出处文件名：随高清版一同展现
《Advances in Hard Tissue Engineering Materials——Nanocellulose-based Composites》


  1. 获取 高清版本忘记账户？点击这里登录
  1. 下载图表忘记账户？点击这里登录

In addition，another special material can be utilized for bone regeneration，which is bioactive glass.Since Hench，a professor at the University of Florida，developed the first generation of bioactive glass，its use in bone repair has become increasingly widespread.For example，pure cellulose，methyl cellulose，and amine-grafted cellulose were used as templates for the synthesis of bioactive glass nanoparticles[59].Amine grafted cellulose and pure cellulose promoted the formation of in situ nanoparticle composites，while methyl cellulose was considered an outstanding sacrificial template for synthesizings the uniform nanoparticles with diameters in the range of 55 nm，which resulted in the combined properties of the bioglass，including excellent biological activity，damping properties，and mechanical stiffness.Depending on the template types，the HAp of each phase treated by SBF was observed to be crystalline，showing strong bone bonding ability.The abovementioned researches are summarized in Table 4.

图表编号XD0020755300    严禁用于非法目的
绘制时间2018.10.01
作者HuiZe Luo、JuanJuan Li、FengShan Zhou
绘制单位Beijing Key Laboratory of Materials Utilization of Nonmetallic Minerals and Solid Wastes, National Laboratory of Mineral Materials, School of Materials Science and Technology, China University of Geosciences (Beijing)、Beijing Key Laboratory of Materials U
更多格式高清、无水印（增值服务）

相关图表

  1. 《续表4 60℃干制条件哈密瓜片香气成分Continue table 4 The main aroma components of Hami melon slice prepared by hot air drying at 60℃》2020.03.10
  2. 《Table 2 Comparison between our method and other methods》2019.09.25
  3. 《Table 4.Bone diseases or dysfunctions caused by theγ-group of rhodopsin GPCR mutation or deletion》2019.06.01
  4. 《Table 9.Bone diseases or dysfunctions caused by other 7TM receptor mutations or deletions》2019.06.01
  5. 《Table 1.Bone diseases or dysfunctions caused by glutamate GPCR mutation or deletion》2019.06.01
  6. 《Table 8.Bone diseases or dysfunctions caused by secretin GPCR mutation or deletion》2019.06.01
  7. 《Table 6.Bone diseases or dysfunctions caused by adhesion GPCR mutation or deletion》2019.06.01
  8. 《Table 2Comparisons of the proposed method with other methods in the literature》2019.02.01
  9. 《Table 1 Comparison between the proposed method and other methods表1本文方法与其它方法的比较》2019.01.01
  10. 《表1 不同方法制备金刚石金属化层Tab.1 Preparation of diamond metallization layer by different methods》2019.01.05
  11. 《Table 1 Optimized condition of three sample preparation methods》2019.07.01
  12. 《表4 等效面积法换算耐火极限te Tab.4 Fire resistance tecalculated by equivalent area method min》2018.12.30
  13. 《Table 2 Mechanical properties of natural rubber/silica composites prepared by different methods》2018.07.15
  14. 《Table 4 Mix design of LC by using as-prepared lightweight aggregates through AATS》2018.11.01
  15. 《Table 1 NC-based cartilage TE scaffolds with different processing methods》2018.10.01
  16. 《Table 2 NC-based bone TE scaffolds prepared by electrospinning》2018.10.01
  17. 《Table 3 NC-based bone TE scaffolds prepared by freeze-drying》2018.10.01
  18. 《表4 标准溶液制备使用的量具引起的不确定度Table 4 Uncertainty caused by standard gauges prepared by standard solution》2018.06.30
  19. 《表2 所提方法与传统方法的对比Table 2 Proposed method compared with other conventional methods》2018.02.01
  20. 《表4 不同基质矿质元素含量Table 4 Mineral elements contents of substrates prepared by different ingredients》2018.10.15

随机翻阅

《表2 LSTM和BP模型预报精度表》 《表5 以家庭照护为主采用计时制使用托育建筑照护轨迹》 《表2 不同年龄居民胰腺癌粗发病率（1/10万）》 《表3 2组患者焦虑抑郁评分改变量比较（)》 《表1 灌注法进行霉菌、酵母菌检测结果表》 《表5 2018年铜仁各区（县）产业发展对照表》 《表2 开展品管圈活动之前导致直立性低血压的原因》 《表2 涂漆后3种刨花板第28天释放苯系物组分》 《Table 41H NMR and13C NMR data of compounds 8—12》 《表3 贝尔实验室的部分重大发明》