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Reduced infectivity of waterborne viable but nonculturable Helicobacter pylori strain SS1 in mice.

Kevin F BoehnkeKathryn A EatonClinton FontaineRebecca BrewsterJianfeng WuJoseph N S EisenbergManuel ValdiviesoLaurence H BakerChuanwu Xi
Published in: Helicobacter (2017)
While other studies that have used viable, culturable SS1 via gavage or drinking water exposures to successfully infect mice, in our study, waterborne VBNC SS1 failed to colonize mice under all test conditions. Future studies could examine different H. pylori strains in similar exposure scenarios to compare the relative infectivity of the VBNC vs the viable, culturable state, which would help inform future risk assessments of H. pylori in water.
Keyphrases
  • helicobacter pylori
  • drinking water
  • high fat diet induced
  • helicobacter pylori infection
  • escherichia coli
  • health risk
  • type diabetes
  • air pollution
  • wild type
  • metabolic syndrome
  • heavy metals