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ERIC-PCR Genotyping of Paenibacillus larvae in Southern Italian Honey and Brood Combs

机译:ERIC-PCR对意大利南部蜂蜜和亲巢梳中幼芽孢杆菌幼虫的基因分型

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摘要

Given the considerable economic loss to beekeepers worldwide and the possible public health implications related to the presence of antibiotics in honey, an American Foulbrood (AFB) monitoring/prevention program for Paenibacillus larvae is regarded as essential. This study investigates the occurrence and distribution of P. larvae genotypes in honey and brood combs from Apulia (Italy). Genotyping of P. larvae isolates using ERIC-PCR generated a total of four different ERIC banding patterns (ERIC-A, ERIC-B, ERIC-C, ERIC-D), including fragments ranging from 200 to 3000 bp. Considering that the genotype has an influence on P. larvae infections and multi-genotype infections of colonies or apiaries may increase the complexity of P. larvae infections by influencing the type and speed of the development of clinical symptoms, the findings of the present study could be helpful for training veterinarians, bee inspector’s extension staff, and beekeepers, thus improving the detection of AFB infections in the field.
机译:鉴于全世界养蜂人遭受了巨大的经济损失,以及蜂蜜中存在抗生素可能对公众健康造成影响,因此,美国花bro(AFB)幼虫Paenibacillus幼虫的监测/预防计划被认为是必不可少的。本研究调查了意大利普利亚(Apulia)蜂蜜和亲鱼梳中幼虫基因型的发生和分布。使用ERIC-PCR对幼虫分离株进行基因分型产生了总共四种不同的ERIC条带模式(ERIC-A,ERIC-B,ERIC-C,ERIC-D),包括200到3000 bp的片段。考虑到基因型会影响幼虫感染,而菌落或养蜂场的多基因型感染可能会通过影响临床症状发生的类型和速度而增加幼虫感染的复杂性,因此本研究的结果可能对培训兽医,蜜蜂检查员的推广人员和养蜂人有帮助,从而改善了田间AFB感染的检测。

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