Hygiene Assessment of Buffalo Milking Parlours in Campania Region, Italy: A Preliminary Study by Using ATP Luminometry and Bacteriological Investigation

• Published in: Animals (Basel) 2024-06, Vol.14 (12), p.1805
• Main Authors: Iovane, Valentina, Fulgione, Andrea, Pizzano, Francesca, Masullo, Angelo, Ipek, Emine, Parente, Giuseppe, Nocera, Francesca Paola, De Martino, Luisa
• Format: Article
• Language: English
• Subjects: Analysis; Animal welfare; ATP luminometry; Bacteria; bacteria isolation; Bioluminescence; Biosecurity; buffalo farm; Dairy farms; Dairy industry; Farms; Food contamination; Food contamination & poisoning; Gram-positive bacteria; Health aspects; Hygiene; Investigations; milking parlour surfaces; Questionnaires; Statistical analysis
• ISSN: 2076-2615; 2076-2615
• DOI: 10.3390/ani14121805

Careful cleaning of a milking parlour and its equipment is fundamental to guarantee good raw milk quality and prevent the dissemination of bacteria and improve animal welfare. This study aimed to investigate, using an ATP-bioluminescence assay and bacteriological analysis, the bacterial contamination of milking parlours on milking parlour surfaces of buffalo farms in the Campania Region, evaluating the seasonal dynamics during the year 2022. Eight farms were selected by the Italian ClassyFarm system, which assesses the level of animal welfare and biosecurity according to risk analysis. Before sampling, all dairy farm owners filled out a questionnaire on milking management, animal hygiene, and health. The questionnaires evidenced similar cleaning procedures but an absence of a standardised cleaning protocol among the different farms. ATP bioluminescence results evidenced similar levels of contamination in all the selected buffalo farms, and the season comparison showed no significant differences. A variation in the percentages of bacterial isolates during the different seasons was observed, with a higher prevalence of (38%) in summer. A small number of samples exhibited an absence of bacterial growth. Identifying bacteria is crucial for understanding the microorganisms present in the milking parlour, yet employing ATP luminometry could offer broad and accurate applications in buffalo milking parlours. In conclusion, the use of ATP bioluminescence for evaluating the hygiene of a buffalo milking parlour could represent a further important advancement in dairy farming technology.