It’s also known as microplate readers, which helps in analysis of about multiple samples in parallel by using 6- and 1536- formats, rather than the single sample measures. It can be designed on perspectives of design, user interface and cost efficiency. Detection parameters are ultraviolet, ultraviolet/visible and fluorescence absorbencies respectively. For determining ELISA samples luminance is used. In enzymatic kinetics and cell signaling assays fluorescence scanning is used. So mainly the type of research tells you which reader is to be used. It detects the light signals produced by samples. The fields use this technique are biology, biochemistry, pharmaceutical research that is in both academic and research, environmental research, food industry and cosmetic industries. This technique helps in reducing reagent cost and save time by which analysis can be given more time by researchers. More details can be obtained from the PowerPoint presentation.

Sreelakshmi Sethumadhavan

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