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Bioactivity of essential oils in nanoemulsions formulation against Varroa Mite and their selectivity for Apis mellifera under laboratory and colony conditions

Abstract
The development of innovative, effective, and safe varocides based on essential oil nanoemulsions (NEO) will assist to mitigate the negative effects of synthetic acaricides.To use ultrasonic emulsification to synthesize a nanoemulsion of essential oils and test their biological activity against the varroa mite and selectivity for Apis mellifera.When bioassayed with surface contact toxicity and exp...
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Keywords
Varroa
Mite
Selectivity
Biology
Toxicology
Food science
Chemistry
Botany
Biochemistry
Catalysis
Sustainable Development Goals (SDG)
Zero hunger


pdf file

Bioactivity of essential oils in nanoemulsions formulation against Varroa Mite and their selectivity for Apis mellifera under laboratory and colony conditions
pdf file

Bioactivity of essential oils in nanoemulsions formulation against Varroa Mite and their selectivity for Apis mellifera under laboratory and colony conditions

Abstract
The development of innovative, effective, and safe varocides based on essential oil nanoemulsions (NEO) will assist to mitigate the negative effects of synthetic acaricides.To use ultrasonic emulsification to synthesize a nanoemulsion of essential oils and test their biological activity against the varroa mite and selectivity for Apis mellifera.When bioassayed with surface contact toxicity and exp...
View PDF
Keywords
Varroa
Mite
Selectivity
Biology
Toxicology
Food science
Chemistry
Botany
Biochemistry
Catalysis
Sustainable Development Goals (SDG)
Zero hunger


pdf file