This is a real significant finding and one that can't be reproduced in a lab. Honey bees collect nectar containing phenolic compounds found regionally, reaffirming the findings of antibacterial properties already discovered in numerous parts of the world. The dense concentration of sugars in honey providing QS inhibition is a bonus...
This research also establishes that inhibition of QS is associated with honey's sugar content. Therefore, honey combats infections by two independent mechanisms acting in tandem: bactericidal components, which actively kill cells, and disruption of QS, which weakens bacterial coordination and virulence.
Honey's Ability to Counter Bacterial Infections Arises from Both Bactericidal Compounds and QS Inhibition
FrontMicrobiol, 2012 Apr 11
The ability of honey to kill bacterial pathogens in vitro and quickly clear even chronic or drug-resistant infections has been demonstrated by several studies. Most current research is focused on identifying the bactericidal compounds in honey, but the action of the compounds discovered is not sufficient to explain honey's activity.
By diluting honey to sub-inhibitory levels, we were able to study its impact on bacterial coordinated behavior, and discovered that honey inhibits bacterial quorum sensing (QS). Experiments to characterize and quantify honey's effect on the QS networks of Pseudomonas aeruginosa revealed that low concentrations of honey inhibited the expression of MvfR, las, and rhl regulons, including the associated virulence factors.