reepithelialization

英

美

网络表皮新生; 再上皮化; 上皮再形成; 上皮再生; 上皮细胞化

Inhibition the enzymatic activity of NOS during skin repair results in a severely decreased collagen synthesis impaired angiogenesis and reepithelialization process.
阻滞NOS的功能可出现创面胶原合成减少、抗张力降低，血管生成迟滞，创缘的角朊细胞萎缩，数量减少，导致严重的创面愈合延迟。
Wound healing was evaluated by its healing rate quantitated by computed image analysis, DNA cell cycle analysis using flow cytometry and the degree of reepithelialization quantitated by anti-keratin antibodies.
在治疗后不同天数通过活检标本的细胞DNA周期分析、创面愈合的电脑图像积分和用抗角化蛋白荧光抗体技术等方法观察了上皮愈合的情况。
Postoperatively, depth of anterior chamber, speed of reepithelialization, regression of the active inflammatory process, stability of the corneal stromal thickness, recurrence of corneal ulcer, and visual acuity were documented.
术后观察前房深度、再上皮化速度、炎症状况、角膜基质厚度稳定状况、溃疡复发情况和视力。
The process of corneal reepithelialization was observed with 1% sodium fluorescein staining, The rejection was evaluated on the basis of clinical findings and histologic changes in grafted corneas.
术后以1%荧光素钠染色观察角膜上皮化，移植排斥反应通过移植眼的临床表现和病理检查加以评估。