Mazzeo Alessandra, Mascolo Celestina, Maiuro Lucia, Esposito Marco, Ferrara Carlo, Rossi Nicola, Di Chiro Vincenzo, Rosati Sebastiano, Sorrentino Elena
Department of Agricultural, Environmental and Food Sciences, University of Molise, Campobasso, Italy.
Department of Prevention, Complex Structure Animal Health, Local Health Agency of Caserta, Caserta, Italy.
Front Microbiol. 2025 Jun 6;16:1609336. doi: 10.3389/fmicb.2025.1609336. eCollection 2025.
spp. infections in livestock continue to pose significant threats to public and animal health, as well as to local economies. In the European Union, , which primarily affects cattle and buffaloes, has been successfully eradicated in some Member States and across northern and central Italy through mandatory eradication and control programmes. However, some provinces in southern Italy, including Caserta and Salerno (Campania Region), remain affected, while in other provinces, as in Isernia (Molise Region), brucellosis has temporarily re-emerged.
The study examines brucellosis outbreaks occurring between 2019 and 2023 in these territories, focusing on livestock that play a key role in the milk value chain, an essential pillar for economic sustainability, environmental protection and cultural heritage preservation. Since brucellosis is a WOAH Listed Disease subject to mandatory notification, we analyzed data registered in Italian, European Union and International portals concerning these notifications. Furthermore, we correlated these data to the national and regional rules adopted in order to tackle bovine brucellosis, including the methods approved for the serological diagnosis of infection.
In Isernia, a mountainous area where cattle ranching and traditional herding are widespread and culturally significant, brucellosis re-emerged in the period 2019-2021, when 30 outbreaks arose, 50% of outbreaks were linked to grazing practices. Outbreaks were promptly extinguished through veterinary intervention due to the low density of farms, which typically house only a few animals, and new cases have not been detected since 2022. The provinces of Caserta and Salerno present a different scenario, as they are major hubs for water buffalo breeding. The stringent tailored control measures, implemented in these provinces through a regional programme, led to a gradual decline in the prevalence of buffalo brucellosis outbreaks in Caserta, that involved 8,766 heads in 2019 and 6,164 heads in 2023, and in the eradication in Salerno, with 369 positive heads in 2019 brought to 0 since 2022. The Caserta programme specifically addresses the province's particular vulnerabilities, which include frequent flooding events and the presence of the largest and most densely concentrated water buffalo population in Italy.
The results highlight the fundamental importance of a One Health approach, which includes targeted interventions adapted to the specific context in which they are applied. This approach must actively involve key stakeholders, including farmers, researchers, public health authorities, and policymakers, and be supported by financial investments. Key components include strengthening biosecurity measures, implementing advanced animal traceability systems, continuous professional training programmes (including for farmers), expert-led information-sharing technologies, and promoting voluntary serological self-monitoring practices.
家畜感染布鲁氏菌病继续对公众健康、动物健康以及当地经济构成重大威胁。在欧盟,布鲁氏菌病主要影响牛和水牛,通过强制性根除和控制计划,在一些成员国以及意大利北部和中部已成功根除。然而,意大利南部的一些省份,包括卡塞塔和萨勒诺(坎帕尼亚大区),仍然受到影响,而在其他省份,如伊塞尔尼亚(莫利塞大区),布鲁氏菌病曾暂时再次出现。
该研究调查了2019年至2023年期间在这些地区发生的布鲁氏菌病疫情,重点关注在牛奶价值链中发挥关键作用的家畜,这是经济可持续性、环境保护和文化遗产保护的重要支柱。由于布鲁氏菌病是世界动物卫生组织(WOAH)列出的须强制通报的疾病,我们分析了意大利、欧盟和国际门户网站上登记的有关这些通报的数据。此外,我们将这些数据与为应对牛布鲁氏菌病而采用的国家和地区规则相关联,包括批准用于感染血清学诊断的方法。
在伊塞尔尼亚,一个养牛业和传统放牧广泛且具有文化意义的山区,2019年至2021年期间布鲁氏菌病再次出现,共发生30起疫情,其中50%的疫情与放牧方式有关。由于农场密度低,通常只饲养几只动物,通过兽医干预疫情迅速得到控制,自2022年以来未发现新病例。卡塞塔和萨勒诺省情况不同,因为它们是水牛养殖的主要中心。通过一项区域计划在这些省份实施的严格针对性控制措施,导致卡塞塔水牛布鲁氏菌病疫情患病率逐渐下降,2019年涉及8766头,2023年涉及6164头,萨勒诺实现了根除,2019年有369头阳性,自2022年以来降至0。卡塞塔计划专门针对该省的特殊脆弱性,包括频繁的洪水事件以及意大利最大、最密集的水牛种群。
结果凸显了“同一健康”方法的根本重要性,其中包括适应具体应用环境的针对性干预措施。这种方法必须积极让关键利益相关者参与,包括农民、研究人员、公共卫生当局和政策制定者,并得到财政投资的支持。关键组成部分包括加强生物安全措施、实施先进的动物可追溯系统、持续的专业培训计划(包括针对农民)、由专家主导的信息共享技术,以及推广自愿血清学自我监测做法。