1) corneal hysteresis
角膜粘滞性
2) cornea
角膜
1.
Expression of BMPR-IA in rat corneal alkali burn experimental model.;
BMPR-IA在实验性大鼠角膜碱烧伤中的表达及意义
2.
Expression of inducible co-stimulatory molecule in cornea of rats;
可诱导的共刺激分子在大鼠角膜中的表达
3.
Corneal posterior lamellar reconstruction with feline bone marrow derived endothelial progenitor cells and cornea acellular matrix;
以猪角膜脱细胞基质为载体培养猫骨髓内皮祖细胞构建角膜后板层的实验研究
3) Corneal
角膜
1.
Experimental study of azone promoting transfection of plasmid DNA mediated with liposomes and the influence to rabbit corneal endothelial cells;
氮酮促进脂质体介导质粒DNA转染兔角膜内皮细胞及毒性的实验研究
2.
Correlation between corneal neovascularization and the expression of VEGF in cornea and aqueous humor of rabbits;
兔角膜及房水中VEGF的表达与角膜新生血管形成的相关性
3.
Effect of silicone oil on corneal endothelium of rabbit eyes;
硅油对兔眼角膜内皮结构的影响
4) Keratoplasty
角膜移植
1.
Corneal graft re-suture after penetrating keratoplasty;
穿透性角膜移植术后植片松线重缝的临床研究
2.
Phacoemulsification with intraocular lens implantation in treatment for cataract after penetrating keratoplasty;
超声乳化吸除联合人工晶状体植入治疗穿透性角膜移植术后白内障
3.
Clinical application of HLA amino acid residue matching in choice of donor and recipient before keratoplasty;
人类白细胞抗原HLA氨基酸残基配型在角膜移植供受体选择中的应用
5) corneal sensitivity
角膜知觉
1.
Comparison of corneal sensitivity affected by different corneal flap positions after LASIK;
不同角膜瓣位置对准分子激光原位角膜磨镶术后角膜知觉恢复的影响
2.
Changes in corneal sensitivity after conductive keratoplasty;
传导性角膜塑形术对角膜知觉影响的研究
3.
Relationship between tear film changes and corneal sensitivity after phacoemulsification;
超声乳化白内障吸除术后泪膜的变化及与角膜知觉的关系
6) corneal flap
角膜瓣
1.
Comparison of corneal sensitivity affected by different corneal flap positions after LASIK;
不同角膜瓣位置对准分子激光原位角膜磨镶术后角膜知觉恢复的影响
2.
Management of complications of making the thin corneal flaps with Moria M2 automatic microkeratome in LASIK;
LASIK术中制作薄角膜瓣的并发症及处理
3.
Cases in which an eye speculum was not used to create a corneal flap in LASIK surgery;
不使用开睑器制作角膜瓣的准分子激光原位角膜磨镶术
参考词条
补充资料：粘滞性
粘滞性
Viscosity
又称"内摩擦"。流体即液体和气体内部阻碍其相对流动的特性。如果在流动的流体中平行于流动方向将流体分成流速不同的各层，则在任何相邻两层的接触面上就有平行而与流动方向相反的阻力存在。这种阻力称为粘滞力，或称内摩擦力。如果相距1cm的两层速度相差为1cm／s，则作用在1cm2面积上这种力的数值规定为流体的粘滞系数(或称为内摩擦系数），用以表示流体粘滞性的大小。沾滞系数的单位为泊。流体的粘滞系数随温度而变，当温度升高时，流体的粘滞系数减少。但在气体则增加。例如在20℃时，水的粘滞系数为0.01泊，甘油为8.3泊，空气为1.8×10-4泊；而在30℃时，水为0.008泊，甘油为6.3泊，空气为1.9×10-4泊。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。