A hygiene report regarding slaughter process of pig and cattle carcasses for 2017 in Serbia

For the successful validation and verification of the HACCP system, a food business operator is obliged, among other duties, to have continuous microbiological data of carcasses which are followed by a certain dynamic that the subject himself prescribed. To obtain these data, it is necessary to perf...

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Main Authors: Lazar Milojevic, Brankica Lakicevic, Vesna Jankovic, Radmila Mitrovic, Aleksandra Nikolic, Milijana Babic, Branko Velebit
Format: Article
Language:English
Published: Institute of meat hygiene and technology 2018-05-01
Series:Meat Technology
Subjects:
Online Access:http://www.journalmeattechnology.com/index.php/meat_technology/article/view/80
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spelling doaj-39b0e000949f40f9aa721c4e99c05ac22020-11-24T22:36:04ZengInstitute of meat hygiene and technologyMeat Technology2466-48122560-42952018-05-01591174https://doi.org/10.18485/meattech.2018.59.1.1A hygiene report regarding slaughter process of pig and cattle carcasses for 2017 in SerbiaLazar Milojevic0Brankica Lakicevic1Vesna Jankovic2Radmila Mitrovic3Aleksandra Nikolic4Milijana Babic5Branko Velebit6Institute of Meat Hygiene and TechnologyInstitute of Meat Hygiene and TechnologyInstitute of Meat Hygiene and TechnologyInstitute of Meat Hygiene and TechnologyInstitute of Meat Hygiene and TechnologyFaculty of Veterinary Medicine - BelgradeInstitute of Meat Hygiene and TechnologyFor the successful validation and verification of the HACCP system, a food business operator is obliged, among other duties, to have continuous microbiological data of carcasses which are followed by a certain dynamic that the subject himself prescribed. To obtain these data, it is necessary to perform systematic monitoring of indicator microorganisms. The most important meat hygiene indicators are Total Viable Counts (TVC) and Enterobacteriaceae (EC). TVC are defined as indicators of overall slaughter hygiene (equipment, environment, tools, workers), while EC are indicators of faecal contamination on carcasses. The aim of this study was to determine the microbial contamination of cattle and pig carcasses, level of hygiene of the slaughter process as well as whether variations hygiene levels were related to seasonality in Serbia during 2017. The year was divided into four quarters of three months each, while the microbiological results were classified into three levels of hygiene status (unsatisfactory, satisfactory or acceptable). The highest percentage of the results surveyed during the entire study was at a satisfactory hygiene level. Furthermore, we found there were differences in results between the quarters, which could be associated with seasonality. The best microbiological results, and so the best hygiene of carcasses, was recorded in the period April, May, June, while the worst microbiological results were observed in the period of July, August and September.http://www.journalmeattechnology.com/index.php/meat_technology/article/view/80slaughtehouseprocess hygieneTotal Viable CountEnterobacteriaceaeseasonality
collection DOAJ
language English
format Article
sources DOAJ
author Lazar Milojevic
Brankica Lakicevic
Vesna Jankovic
Radmila Mitrovic
Aleksandra Nikolic
Milijana Babic
Branko Velebit
spellingShingle Lazar Milojevic
Brankica Lakicevic
Vesna Jankovic
Radmila Mitrovic
Aleksandra Nikolic
Milijana Babic
Branko Velebit
A hygiene report regarding slaughter process of pig and cattle carcasses for 2017 in Serbia
Meat Technology
slaughtehouse
process hygiene
Total Viable Count
Enterobacteriaceae
seasonality
author_facet Lazar Milojevic
Brankica Lakicevic
Vesna Jankovic
Radmila Mitrovic
Aleksandra Nikolic
Milijana Babic
Branko Velebit
author_sort Lazar Milojevic
title A hygiene report regarding slaughter process of pig and cattle carcasses for 2017 in Serbia
title_short A hygiene report regarding slaughter process of pig and cattle carcasses for 2017 in Serbia
title_full A hygiene report regarding slaughter process of pig and cattle carcasses for 2017 in Serbia
title_fullStr A hygiene report regarding slaughter process of pig and cattle carcasses for 2017 in Serbia
title_full_unstemmed A hygiene report regarding slaughter process of pig and cattle carcasses for 2017 in Serbia
title_sort hygiene report regarding slaughter process of pig and cattle carcasses for 2017 in serbia
publisher Institute of meat hygiene and technology
series Meat Technology
issn 2466-4812
2560-4295
publishDate 2018-05-01
description For the successful validation and verification of the HACCP system, a food business operator is obliged, among other duties, to have continuous microbiological data of carcasses which are followed by a certain dynamic that the subject himself prescribed. To obtain these data, it is necessary to perform systematic monitoring of indicator microorganisms. The most important meat hygiene indicators are Total Viable Counts (TVC) and Enterobacteriaceae (EC). TVC are defined as indicators of overall slaughter hygiene (equipment, environment, tools, workers), while EC are indicators of faecal contamination on carcasses. The aim of this study was to determine the microbial contamination of cattle and pig carcasses, level of hygiene of the slaughter process as well as whether variations hygiene levels were related to seasonality in Serbia during 2017. The year was divided into four quarters of three months each, while the microbiological results were classified into three levels of hygiene status (unsatisfactory, satisfactory or acceptable). The highest percentage of the results surveyed during the entire study was at a satisfactory hygiene level. Furthermore, we found there were differences in results between the quarters, which could be associated with seasonality. The best microbiological results, and so the best hygiene of carcasses, was recorded in the period April, May, June, while the worst microbiological results were observed in the period of July, August and September.
topic slaughtehouse
process hygiene
Total Viable Count
Enterobacteriaceae
seasonality
url http://www.journalmeattechnology.com/index.php/meat_technology/article/view/80
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