Human enteric viruses are a leading cause of waterborne disease outbreak worldwide. Their environmental persistence and resistance to disinfection treatments are two main factors that can influence the dissemination of these viruses, thus increasing the risk of person-to-person transmission. The resistance patterns of different waterborne viruses have been described to be widely variable between virus species, but even between close-related viruses (i.e among Enterovirus genus). Here we described a generally higher disinfectant resistant pattern compared to viral laboratory strains, suggesting an possible adaptation of these viruses to natural stressors
International audienceAlthough the interaction between phages and bacteria has already been well des...
Enteric viruses are important causative agents of human diseases. Among the enteric viruses, reoviru...
Common water disinfectants like chlorine have been reported to select for resistant viruses. Yet, on...
The susceptibility of waterborne viruses to disinfection is known to vary between viruses and even b...
Enteroviruses are a leading cause in a diversity of severe human diseases worldwide and the presence...
Because of their high mutation rate, enteric virus populations excreted from a host are not clonal, ...
Sunlight, temperature, and microbial grazing are among the environmental factors promoting the inact...
Sunlight, temperature, and microbial grazing are among the environmental factors promoting the inact...
The presence of viruses in recreational water can present a risk for human health and wastewater eff...
Infectious diseases caused by waterborne viruses contribute to the global disease burden. An effecti...
The scarcity of freshwater resources available for drinking has lead to the use of reclaimed wastewa...
Enteroviruses (EVs) are positive-sense RNA viruses, with over 50,000 nucleotide sequences publicly a...
Rhinoviruses and enteroviruses are leading causes of human infections. Although closely related with...
We investigated the prevalence, persistence and virulence determinants of enterococci populations in...
There are many different types of viruses in the environment. Although microscopic in size, they pla...
International audienceAlthough the interaction between phages and bacteria has already been well des...
Enteric viruses are important causative agents of human diseases. Among the enteric viruses, reoviru...
Common water disinfectants like chlorine have been reported to select for resistant viruses. Yet, on...
The susceptibility of waterborne viruses to disinfection is known to vary between viruses and even b...
Enteroviruses are a leading cause in a diversity of severe human diseases worldwide and the presence...
Because of their high mutation rate, enteric virus populations excreted from a host are not clonal, ...
Sunlight, temperature, and microbial grazing are among the environmental factors promoting the inact...
Sunlight, temperature, and microbial grazing are among the environmental factors promoting the inact...
The presence of viruses in recreational water can present a risk for human health and wastewater eff...
Infectious diseases caused by waterborne viruses contribute to the global disease burden. An effecti...
The scarcity of freshwater resources available for drinking has lead to the use of reclaimed wastewa...
Enteroviruses (EVs) are positive-sense RNA viruses, with over 50,000 nucleotide sequences publicly a...
Rhinoviruses and enteroviruses are leading causes of human infections. Although closely related with...
We investigated the prevalence, persistence and virulence determinants of enterococci populations in...
There are many different types of viruses in the environment. Although microscopic in size, they pla...
International audienceAlthough the interaction between phages and bacteria has already been well des...
Enteric viruses are important causative agents of human diseases. Among the enteric viruses, reoviru...
Common water disinfectants like chlorine have been reported to select for resistant viruses. Yet, on...