Gibbons S N, Kaneene J B, Lloyd J W
Population Medicine Center, College of Veterinary Medicine, Michigan State University, East Lansing 48824, USA.
J Am Vet Med Assoc. 1996 Aug 1;209(3):589-93.
A study of data from 12 states in the Food Safety Inspection Service's Residue Violation Information System was conducted to describe patterns of violative chemical residues in US beef during 1991, 1992, and 1993. In 1991, 3,249 violative residues were found in 2,734 carcasses in the 12 states included in the study. In 1992, 3,132 violative residues were found in 2,813 carcasses, and in 1993, 2,317 violative residues were found in 2,051 carcasses. During each of the 3 years, the Calf Antibiotic and Sulfonamide Test and Swab Test On Premises projects detected most of the violative residues, and producers/independent growers and dairy farms were recorded as the responsible sources for most of the violations. Also, most of the animals found to have violative residues were bob calves and culled cows. In bob calves, neomycin was the most frequently identified violative chemical, followed by tetracycline, gentamicin, oxytetracycline, and penicillin. In culled cows, penicillin was the most frequently identified violative chemical and was the chemical most frequently found in combination with other chemicals in cows with multiple violative residues. Distribution patterns of violative chemical residues by slaughter class and residue type varied among the 5 Food Safety Inspection Service regions. These specific regional characteristics support the need for customized intervention, education, assessment, and prevention programs.
对食品安全检验局残留违规信息系统中12个州的数据进行了一项研究,以描述1991年、1992年和1993年美国牛肉中违规化学残留的模式。1991年,在该研究涵盖的12个州的2734具牛胴体中发现了3249处违规残留。1992年,在2813具牛胴体中发现了3132处违规残留,1993年,在2051具牛胴体中发现了2317处违规残留。在这3年中的每一年,犊牛抗生素和磺胺类检测以及现场拭子检测项目都检测到了大部分违规残留,生产者/独立养殖者和奶牛场被记录为大多数违规行为的责任源头。此外,发现有违规残留的动物大多是肉用犊牛和淘汰母牛。在肉用犊牛中,新霉素是最常被检测出的违规化学物质,其次是四环素、庆大霉素、土霉素和青霉素。在淘汰母牛中,青霉素是最常被检测出的违规化学物质,并且是在有多种违规残留的母牛中最常与其他化学物质同时被检测出的化学物质。按屠宰类别和残留类型划分的违规化学残留分布模式在食品安全检验局的5个区域有所不同。这些特定的区域特征表明需要制定定制化的干预、教育、评估和预防计划。