The article defines, using an ELISA enzyme immunoassay, chloramphenicol, florompenicol, neomycin and nitrofuran (AOP) in lime honey after 10 days, 30 and 120 days storage at a temperature of 25 0C in a dark place. According to the results of the study, it was found that the residues of the studied antibiotics were within the limits established by the State monitoring plan for chloramphenicol, nitrofuran (AOP), florfenicol and neomycin. Under the aerosol treatment of bees, a significantly lower content of the antibiotics studied than the syrup was administered. Under the aerosol treatment of bees, a significantly lower content of the antibiotics studied than the syrup was administered. Thus, after 10 days storage of honey for feeding syrup with chloramphenicol, florfenicol, neomycin and nitrofuran (AOP), their content was probably (p≤0,001) higher by 124 %, 49,5 %, 57,5 % and 77,7 % than for aerosol treatment of hives, respectively; after 30 days storage of honey for feeding syrup with chloramphenicol, florfenicol, neomycin, their content was probably (p≤0,001) higher by 125 %, 46,7 %, 63,04 %, and nitrofuran (AOP) – probably higher (p≤0,01) by 66,4 % than for aerosol treatment of hives, respectively; after 120 days storage of honey for feeding syrup with chloramphenicol, neomycin, its content was probably (p≤0,001) higher by 80,2 % and 52,2 %, while florfenicol and nitrofuran (AOP) were significantly higher (p≤0,01) by 31,7 % and 79,4 %, than for aerosol treatment of hives
honey from linden, antibiotics, immunoassay analysis, storage, methods of processing beehives
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