2017
DOI: 10.31288/oftalmolzh201743139
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Antioxidative status as assessed by enzymatic activity in the tear fluid and by the levels of sulfur-containing protein groups in the blood and tear fluid of myopes before and after treatment with a thiol agent

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Cited by 3 publications
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“…Nevertheless, the nervous and painful stress of patients illustrate the strong need of a more comfortable and easy-to-operate assay. Thus, it is highly desirable for noninvasive all-weather health monitoring and continually analysis the dynamic change of patients’ physiological status. In this regard, biochemical assays toward accessible biofluids including saliva, sweat, tears, and urine or breath are of particular help to noninvasive diagnose. Among different bioanalysis approaches, luminescence-derived sensors have gained increasing attention regarding advantages in sensitivity, selectivity, simplicity, and real-time/onsite detection. However, most of luminescence sensors may be subject to the problem of interfering background signals being observed without the input of analyte.…”
Section: Introductionmentioning
confidence: 99%
“…Nevertheless, the nervous and painful stress of patients illustrate the strong need of a more comfortable and easy-to-operate assay. Thus, it is highly desirable for noninvasive all-weather health monitoring and continually analysis the dynamic change of patients’ physiological status. In this regard, biochemical assays toward accessible biofluids including saliva, sweat, tears, and urine or breath are of particular help to noninvasive diagnose. Among different bioanalysis approaches, luminescence-derived sensors have gained increasing attention regarding advantages in sensitivity, selectivity, simplicity, and real-time/onsite detection. However, most of luminescence sensors may be subject to the problem of interfering background signals being observed without the input of analyte.…”
Section: Introductionmentioning
confidence: 99%