Some health important enteric viruses are considered to be emerging waterborne
pathogens and so the improvement of detection of these viruses in the aquatic environment …

The accurate detection and quantification of pathogenic viruses in water is essential to
understand and reduce the risk of human infection. This paper describes a two-step method …

A one-step centrifugal ultrafiltration method was developed to enhance rapid detection of
human enteric viruses and co-occurring viruses in wastewater. Samples were collected pre …

Assessing the presence of viruses in large-volume samples involves cumbersome methods
that require specialized training and laboratory equipment. In this study, a large volume …

Relevant studies on waterborne viral occurrence published in the past 2 years have been
analyzed showing that most of them were performed in surface waters and wastewater …

A viral adsorption–elution method using a flat/disk-type electronegative membrane
(diameter of 47–90 mm) has been widely utilized to concentrate viruses in relatively small …

Several protocols have been described for the detection of genomes of enteric viruses from
water using two-step procedures: membrane filtration and RT-PCR detection. However …

In a field survey of enteric viruses, water samples collected sometimes need to be stored for
a long duration before analysis is performed. The aim of this study was to develop an …

Since the beginning of environmental virology in the mid‐twentieth century, a key challenge
to scientists in the environmental field has been how to collect, isolate and detect pathogenic …

Control of drinking or bathing water quality in respect to viral contamination remains an
unsolved problem. A highly sensitive isolation protocol was developed for concentration and …