“senile cataract”可以造什么句，senile cataract造句
Evaluation of the retinometer examination for predicting senile cataract postoperative visual acuity
Methods The changes of anterior chamber angle in 31 cases (41 eyes) with senile cataract were observed with ultrasonic biomicroscopy after ECCE and posterior chamber implantation of IOL.
Objective To compare and analyze the functional repair of the binocular vision after monocular and binocular senile cataract extraction with IOL implantation.
Methods: The ocular biological structure parameter of 120 cases (162 eyes) of senile cataract were measured by A/ B ultrasonic diagnostic system made in Deiss Company in Germany specially for eyes.
BACKGROUND:At the beginning of 1980s,the author used liquid nitrogen to treat ophthalmological diseases and accidentally found,in treating one case of pterygium,the lenticular opacity of a patient with also senile cataract showed obvious improvement after the treatment along with the visual acuity.
The surface ultrastructure of superficial cortical fibers of senile cataractous human lenses was observed by using scanning electron microscope.
Twenty five patients(50 eyes) with senile cataract were observed, they did not take orally selenium in the control group.
Objective: To examine and study the clinical significance of blood Lipids and Erythrocyte sedimentation rate equation K's value after the operation of senile cataract patients.
Objective: to observe the ultrastructural changes in the senile cataractous lens. Method: ultrastructural changes in senile cataractous lens was observed with transmission electron microscope (TEM).
Objective To study the recovery of binocular vision and the risk factors that affect the recovery in the early post-operative stage of senile cataract patients.
We measured 62 nuclei of senile cataract by Shaos durometer.
Conclusion The level of NO and NOS are related to the pathogenesis of senile cataract. It is proposed that the high concentration of NO might produce more powerful oxidative damage on lens.
