%0 Generic %A Leifels, Mats %A Hamza, Ibrahim Ahmed %A Krieger, Marion %A Wilhelm, Michael %A Mackowiak, Martin %A Jurzik, Lars %D 2016 %T S1 File - %U https://plos.figshare.com/articles/dataset/_i_From_Lab_to_Lake_i_Evaluation_of_Current_Molecular_Methods_for_the_Detection_of_Infectious_Enteric_Viruses_in_Complex_Water_Matrices_in_an_Urban_Area/4255244 %R 10.1371/journal.pone.0167105.s001 %2 https://plos.figshare.com/ndownloader/files/6936284 %K load %K PMA %K EMA %K sensitivity %K quantification methods %K infectivity %K enteric viruses %K Evaluation %K dye pretreatment %K surface water %K acid %K propidium monoazide %K Complex Water Matrices %K technique %K Lab %K qPCR %K reaction times %K capsid %K Ethidium monoazide %K approach %K conclusion %K rotaviru %K ability %K efficacy %K cell culture assays %K tool %K Current Molecular Methods %K adenoviru %K dye treatment %K sample %K UV disinfection %K overestimation %K Urban Area Quantitative PCR methods %K Infectious Enteric Viruses %K bind %K enteroviru %K Detection %K inability %K non-infectiou %K sewage %X

Table A. Unprocessed Data for human Adenovirus. Median, 25-/75-percentile and minimum/maximum for all sampling sites and types Table B. Unprocessed Data for enterovirus. Median, 25-/75-percentile and minimum/maximum for all sampling sites and types Table C. Unprocessed Data for rotavirus. Median, 25-/75-percentile and minimum/maximum for all sampling sites and types.

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%I PLOS ONE