鍏充簬鐖卞皵搴�<\/u><\/b><\/p> \n

鐖卞皵搴风殑浼佷笟鎰挎櫙鏄府鍔╀汉浠湅鍒版洿鏄庝寒鐨勪笘鐣屻€傚湪瓒呰繃75骞寸殑鏃堕棿閲岋紝鐖卞皵搴蜂綔涓哄叏鐞冪溂鍋ュ悍棰嗗煙鐨勫紩棰嗚€咃紝閫氳繃鍏朵赴瀵岀殑浜у搧绾垮府鍔╀汉浠敼鍠勮鍔涳紝鎻愬崌鐢熸椿璐ㄩ噺銆傛瘡骞达紝鏈夋潵鑷叏鐞�140澶氫釜鍥藉鍜屽湴鍖虹殑瓒呰繃2.6浜挎偅鏈夌櫧鍐呴殰銆侀潚鍏夌溂銆佺溂搴曠梾鍜屽眻鍏変笉姝ｇ瓑鐪肩梾鐨勬偅鑰呭湪浣跨敤鎴戜滑鐨勫垱鏂扮殑鐪肩鎵嬫湳浜у搧鍜岃鍔涗繚鍋ヤ骇鍝佹湇鍔°€傚叕鍙哥殑24,000澶氬悕鍛樺伐鑷村姏浜庨€氳繃鍒涙柊浜у搧銆佷笌鐪肩涓撳鐨勭揣瀵嗗悎浣滀互鍙婃彁鍗囬珮鍝佽川鐪肩淇濆仴鏈嶅姟鐨勫彲鍙婃€ф潵鎻愬崌鎮ｈ€呯殑鐢熸椿璐ㄩ噺銆傚闇€浜嗚В鍏徃鏇村淇℃伅锛岃璁块棶www.alcon.com<\/a>銆�<\/p> \n

CN-CORP-2200020<\/span><\/p> \n

鍙傝€冩枃鐚�<\/u><\/b><\/p> \n

\n
1. Cummings S, Giedd B, Pearson C. Clinical performance of a new daily disposable spherical contact lens. Poster presented at the American Academy of Optometry Annual Conference, 2019. Orlando, Florida<\/span>.<\/li> \n
2. Grant T.  et al. A Survey of Contact Lens Wearers and Eye Care Professionals on Satisfaction with a New Smart-Surface Silicone Hydrogel Daily Disposable Contact Lens. Clinical Optometry 2020:12 9鈥�15.<\/li> \n
3. Harvitt DM, Bonanno JA. Re-evaluation of the oxygen diffusion model for predicting minimum contact lens Dk\/t values needed to avoid corneal anoxia. Optom Vis Sci. 1999 Oct;76 (10):712-719.<\/li> \n
4. ANSI Z80.20-2016 Ophthalmic contact lens UV transmittance.<\/li> \n
5. ISO 18369-2:2017 Ophthalmic optics 鈥� Contact lenses 鈥� Part 2: Tolerances \/ Table 4 Tolerance Limits.<\/li> \n
6. Cummings S, Giedd B, Pearson C. Clinical performance of a new daily disposable spherical contact lens. Poster presented at Academy 2019 Orlando and the 3rd World.<\/li> \n
7. PRECISION1 (DDT2) Lens with Smart Surface study; Alcon data on file, 2019.<\/li> \n
8. CLE383-C007 Clinical Comparison of DDT2 Contact Lens and a Daily Disposable Contact Lens -- Study 1; Alcon data on file, 2019.<\/li> \n
9. Surface Water Content of Precision1 Lens; Alcon data on file, 2020.<\/li> \n
10. Online Consumer Survey of 1511 CL wearers, carried out by MarketVision June 2020<\/span>.<\/li> \n<\/ol> \n

     <\/p> \n

    \n<\/div>"]; $("#dvExtra").html(content_array[0]);})();