您要查找的是不是:
- Diseases of retina can cause vision lost over time. 视网膜疾病会随着时间导致视力逐渐丧失。
- photochemistry of retina 视网膜光化学
- Similarly, FasL expression was at peak in 24-48h in GCL and INL of retina. FasL在正常视网膜组织中低表达,于缺血再灌注12h表达升高,24h达到高峰,48h下降;
- The recent advances and future trends in photochemistry of coordination compounds are described breafly in this review. 本文简述了配合物光化学的近期进展和将来趋势.
- Who knows case of denaturation of retinal element pigment! 谁知道视网膜素色素变性病例!
- Highly near- sighted to amalgamate retina split holes , will cause detachment of retina, send to blind. 高度近视合并视网膜裂孔,会导致视网膜脱离、致盲。
- Photoreceptor loss is a form of retina damage implicated in many causes of blindness in humans, from age-related macular degeneration to diabetes. 光感受器丧失是视网膜损伤的一种,从年龄相关性黄斑变性到糖尿病,在人类多种盲中都可发生。
- Conclusion:Comprehensive treatment is an effective method for treating the primary detachment of retina. 结论:综合疗法治疗原发性视网膜脱离是一种行之有效的方法。
- We think that implantation of retina may be a new approach for the treatment of AMD. 因此,视网膜移植可能是治疗湿性型AMD的新途径
- The optical system of the eye stimulate cell of the retina. 眼睛的视觉系统刺激视网膜内的细胞。
- AIM: To observe the pathological changes of retina of rabbits after exposure to pulsed electromagnetic radiation (EMR). 目的:观察脉冲式电磁辐射(EMR)辐照后大鼠视网膜病理形态变化特征.
- Results 16 eyes had tractional detachment of retina of retina 12 eyes had vitreous opacity. 结果28眼巩膜裂伤中出现牵拉性网脱16眼、单纯性玻璃体浑浊12眼。
- photochemistry of inorganic metallic compounds 无机金属化合物光化学
- How can I persuade you of my sincerity? 我如何能够让你相信我的诚意?
- After RVO, the inner part of retina became edema and cystoid, loosing the barrier function. 无论是接触视网膜内侧面还是外侧面,羧基荧光素能通过全层视网膜,主要聚集在内核层和外核层。
- There is a vein of melancholy in his character. 他的性格中有少许忧郁的气质。
- A bowl of hot chicken soup is good for you. 喝一碗热鸡汤对你有好处。
- F ig.1 D ot b lotting p icture of p53 and bcl-2 of retina l tis-sue of 20-w eek d iabetic rat. 标题: 图1第20周糖尿病大鼠视网膜组织p53和bcl-2 dotb lotting像。实验组为阳性反应而对照组为阴性反应。
- A cloud is a mass of vapor in the sky. 云是天空中的水汽团。
- This strain of wheat can grow during a cold spring. 这种小麦可以在寒冷的春天生长。