片语

reconstituted collagen fibril再生的胶原原纤维

collagen n fibril胶原原纤维

type collagen fibril型胶原纤维

collagen fibril-proteoglycan interaction胶原原纤维

fibril forming collagen胶原

英汉例句

• the basal membrane of fusiform fibroblasts with oval nucleus and rich in chromatin reached much protuberance into matrix of ha ecm and collagen fibril cumulating outside cells.

  电镜下见成纤维细胞胞膜基底部向ha-ecm内伸出数个突起，细胞与羊膜基质粘附相当牢固，胞外有较多胶原原纤维堆积。

• objective to probe deply into the three dimensional structure of pigskin collagen fibril and provide the basic data for using the pigskin tissue as tissue engineering material.

  目的研究猪皮组织胶原原纤维的三维结构，为猪皮组织作为组织工程材料提供基础数据。

• it is proved that afm is an excellent technique for the study of collagen fibril .

  是探讨胶原光作用机理直观、有效的方法。

• compared with control group and shr group, in immunity group, the mitochondria of smooth muscle cells and collagen fibril in interstitum both increased;

  电镜结果显示免疫组较正常对照及shr组主动脉平滑肌线粒体增多，间质胶原纤维增多；

• in skeletal muscle, collagen fibril accounts for about 1%~2% of its weight.

  骨骼肌胶原纤维的含量约占总重的1%~2%。

• results all five bonding systems were infiltrated into the collagen fibril net of demineralized dentin.

  结果五种粘接系统在湿粘接时都可以形成比较理想的粘接界面。

• fresh allograft group: no tenocyte, and few new collagen fibril could be seen, thick collagen fibril arranged at random and loose.

  未经处理的同种异体肌腱组：偶见腱细胞，未见到新生的细胶原原纤维，粗胶原原纤维排列紊乱、疏松。

• at high concentration, the ultrastructure of different collagen fibril was also different. by afm the differ…

  高浓度下，来源不同，形成的胶原纤维在微观结构上有较大的差异。

• collagen fibril is widely distributed in various tissues and viscera in body, including bones, skin, corneas, tendons, cartilages, ligaments, etc.

  胶原纤维分布广泛，主要分布于动物的骨骼、皮肤、角膜、肌腱、软骨、韧带、内脏等组织和器官中。

• ordinary-freezing group: a few tenocyte can be seen, intracellular apparatus function is inferior, but still a little rebirth collagen fibril was found;

  普通低温处理组：腱细胞数量少，细胞器功能不发达，仍能见到少量的新生的细胶原原纤维；