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Digestive Diseases and Sciences

, Volume 44, Issue 3, pp 462–464 | Cite as

Osmotic Effect of Honey on Growth and Viability of Helicobacterpylori

  • Michael S. Osato
  • Siddharta G. Reddy
  • David Y. Graham
Article

Abstract

Honey from New Zealand and Saudi Arabia atconcentrations approximating 20% (v/v) inhibit thegrowth of H. pylori in vitro. The anti-H. pylori effectinvolves both hydrogen peroxide- andnon-peroxide-mediated killing mechanisms. This study was designed todetermine wheThe r the anti-H. pylori activity of honeydiffered regionally (honey from Texas, Iowa, and NewZealand) and to determine wheThe r this activity was due to the presence of hydrogen peroxide.Broth dilution susceptibility tests were performed usingsolutions of honey prepared in BHI broth ranging inconcentration from 5 to 35% (v/v) in 5% increments. Control solutions containing glucose, fructose,and combined glucose/fructose solutions in ratios of1:1.23 were also prepared. Paired catalase controls wereincluded in all tests. Twenty-eight clinical isolates of H. pylori were tested. Growth wasdetermined on the basis of a plus/minus grading score.All of the solutions containing eiThe r fructose,glucose, glucose and fructose combinations, or honey were equally effective in inhibiting the growthof H. pylori. All of the isolates were inhibited bysolutions containing 15% (w/v) carbohydrate. Honeysolutions, with or without catalase, inhibited 24/28 isolates at a concentration of 10%, and 28/28isolates at a concentration of 15%. In conclusion,regional differences in honey activity against H. pyloriwere not detected, nor was the effect of killing related to the presence of hydrogen peroxide inthe honey samples. Osmotic effects weReshown to be themost important parameter for killing H. pylori as allcarbohydrate solutions ≥15% (v/v) inhibited 100% of the H. pylori.

Helicobacterpylori HONEY ANTIBACTERIAL ACTIVITY HYDROGEN PEROXIDE OSMOLARITY 

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Copyright information

© Plenum Publishing Corporation 1999

Authors and Affiliations

  • Michael S. Osato
  • Siddharta G. Reddy
  • David Y. Graham

There are no affiliations available

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