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Keratorefractive procedures

机译:腐蚀屈光程序

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Abstract: Two laser types are going to find a place in refractive surgery of the cornea: the excimer laser (193 nm) and mid-infrared YAG lasers, such as Ho:YAG (2.1 $mu@m) and Er:YAG (2.94 $mu@m). Whereas the excimer laser used for photorefractive keratectomy (PRK) and phototherapeutic keratectomy (PTK) is currently studied in clinical trials, Ho:YAG and Er:YAG lasers are still in the state of preclinical evaluation. For myopic corrections excimer laser PRK has shown to be safe and effective in the range up to $MIN@7.0 D. The results compare favorably with conventional procedures such as radial keratotomy. Complications are rare. Hyperopic and astigmatic corrections using the Ho:YAG laser (HOT) are effective, but safety and stability has yet to be proven. Er:YAG laser photoablation yields a healing response in animal eyes similar to the excimer laser.!5
机译:摘要:两种激光类型将在角膜屈光手术中找到一席之地:准分子激光(193 nm)和中红外YAG激光,例如Ho:YAG(2.1μmu@ m)和Er:YAG(2.94) $ mu @ m)。尽管目前正在临床试验中研究用于屈光性角膜切除术(PRK)和光疗性角膜切除术(PTK)的准分子激光,但Ho:YAG和Er:YAG激光仍处于临床前评估状态。对于近视矫正,准分子激光PRK已显示出在$MIN@7.0 D的范围内是安全有效的。该结果与常规手术(例如放射状角膜切开术)相比具有优势。并发症很少见。使用Ho:YAG激光(HOT)进行远视和散光矫正是有效的,但是安全性和稳定性尚未得到证实。 Er:YAG激光光消融可在动物眼中产生与准分子激光相似的愈合反应!! 5

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