首页> 外文OA文献 >Protein and microbial determinations on worn contactudlenses cleaned conventionally using the Lens2®udautomatic lens cleaner
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Protein and microbial determinations on worn contactudlenses cleaned conventionally using the Lens2®udautomatic lens cleaner

机译:磨损接触中蛋白质和微生物的测定 ud镜头通常使用Lens2® ud清洁自动镜头清洁器

摘要

The accumulation of tear film proteins as well as microbes colonization ontoudworn contact lenses can be eliminated conventionally by mechanical rubbingudduring the cleaning process. Lens2®ud functions in rotation manner to loosenudthe deposits on the contact lens and has antimicrobial coating to keep lensesudaway from contamination. The objective of this study was to determine theudefficiency of Lens2®ud to remove deposited protein and reduce microbialudcontamination compared to conventional method. Twenty-eight subjects eachudwore a pair of contact lens FDA Group 1 (Polymacon, SoftLens®ud38, Bausch &udLomb) for one month and c l eaned them us ing mul t ipurpos e solut ionud(COMPLETEud®ud MoisturePLUSudTMud, Advanced Medical Optics) separately using twouddifferent methods. The right lens was cleaned conventionally while the left lensudwere cleaned using the Lens2®udThe control group of thirteen subjects each .udwore a pair of contact lens for the same period and cleaned both conventionally.udThese lenses and its cases were then analyzed for protein deposition usingudBichinchoninic Acid Assay (BCA) Kit (Sigma, USA) in 96-well plate. Microbialudcontamination was determined by culturing the samples on nutrient agar forudbacteria and fungi and non-nutrient agar for amoeba isolation. The mean ofudtotal protein on control lenses (17.014 ± 13.246 µg/mL) was not significantlyuddifferent from those on the Lens2®ud (21.623 ± 19.127 µg/mL). There were alsoudlow growth numbers of amoeba in each group of samples. Interestingly, thereudwere no growths of amoeba from all Lens2®ud samples collected. There was alsoudlow growth numbers of bacteria in each sample group whereby Lens2®ud had theudlowest growth of bacteria. No growth of fungi was obtained from all samples.udThe automatic lens cleaner, Lens2®ud was found to be as efficient as theudconventional cleaning method. However, the Lens2® udhas additional advantageudJurnal Sains Kesihatan Malaysia 6 (1) 2008: 11-2112udbecause of its antimicrobial material and need shorter time in the cleaningudprocess as well as easy and effective.
机译:泪膜蛋白的积累以及微生物定植在/未戴过的隐形眼镜上通常可以通过在清洁过程中进行机械摩擦来消除。 Lens2® ud具有旋转功能,可以使隐形眼镜上的沉积物松动/沉淀,并具有抗菌涂层,可防止镜片受到污染。这项研究的目的是确定与传统方法相比,Lens2®ud在去除沉积蛋白和减少微生物/污染方面的效率。 28名受试者各自戴一副FDA第1组隐形眼镜(Polymacon,SoftLens® ud38,Bausch& udLomb),为期一个月,并使用多种稀释液 ud(COMPLETE ud® ud MoisturePLUS udTM ud,高级医学光学)分别使用两种不同的方法。常规地清洁右镜片,而使用Lens2® ud清洁左镜片。对照组的13名受试者中,每人都戴着一副隐形眼镜,并同时进行了常规清洁。在96孔板中使用 udBichinchoninic Acid Assay(BCA)Kit(Sigma,USA)分析蛋白质沉积。通过在营养琼脂上培养细菌,真菌和非营养琼脂以用于变形虫分离,将样品培养在微生物琼脂上。对照镜片上的总蛋白质平均值(17.014±13.246 µg / mL)与Lens2®ud上的蛋白质平均值(21.623±19.127 µg / mL)没有显着差异。每组样品中变形虫的生长数量也较低。有趣的是,所有收集的Lens2®ud样品都没有变形虫的生长。每个样品组中细菌的生长数量也都较低,而Lens2®ud的细菌生长最低。从所有样品中均未发现真菌的生长。 ud发现自动镜片清洁剂Lens2® ud与常规清洁方法一样有效。但是,Lens2®具有额外的优势,因为它的抗菌材料,并且在清洁,ud过程中需要更短的时间,并且简便有效。

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