However, an acute study of GH and AH with doses of 2000 mg/kg body weight on Sprague Dawley rats according to OECD guideline has not been carried out, even though these rats have been used intensively in honey studies.
Unfortunately, for the honey bee study, only the list of differentially expressed genes is publicly available, so that we could not perform a similar analysis for the honey bee data set.
Another insight gained from the application of model-based meta-analysis approaches to the eight honey bee studies was the assessment of the variation in brain gene expression across studies, relative to the variation across honey bee genotypes.
Generally, entomophilic plants were numerous in the pollen spectrum of each honey sample studied and the honey from the source localities was fairly rich in pollen types.
There was also some overlap with genes related to foraging in one [ 42] of two [ 43] previous honey bee studies.
The role of a central immune gene (Relish) in Network 2A is unclear, but other honey bee studies have also found immune genes to be differentially expressed between reproductives and non-reproductives [ 10, 58], and networks modeling honey bee behaviour also contain transcription factors that code for immune genes as major hubs [ 59].
In the Bronx, a beekeeper added his 362 pounds of honey to the study.
However in our study honey showed moderate activity in removal of biofilm when compared with other tested compounds.
In the current study honey, jasmine oil, Calendula Officinalis petal extract and Buddleja salviifolia leaves extract were assessed for their activity on inhibition and removal of bacterial biofilm on microtiter plates and soft contact lenses in comparison to three multi-purpose CL-care solutions found in Egyptian market; Renu, Opti-free and Perfect care solutions.
In their study, honey fed at 1.5 gm/kg body weight found to raise the plasma antioxidant level.
For this study honey bees from commercial colonies were used and therefore no ethics statement is required.
