Comparative analysis of antibiotic residue in milk using enzyme and microbiological methods

Antibiotic residue can have a harmful effect on human health and can disrupt the processing of milk and milk products. In order to prevent these unwanted effects of residue, different screening methods are used today. The basic goal of this paper is to compare screening methods performed during the...

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Main Authors: Petrović Jelena, Katić Vera R.
Format: Article
Language:srp
Published: Faculty of Veterinary Medicine, Belgrade 2003-01-01
Series:Veterinarski Glasnik
Subjects:
Online Access:http://www.doiserbia.nb.rs/img/doi/0350-2457/2003/0350-24570302043P.pdf
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spelling doaj-663fd2adde9b42f5823fa8fc3f99c40f2020-11-24T23:59:47ZsrpFaculty of Veterinary Medicine, BelgradeVeterinarski Glasnik0350-24572406-07712003-01-01571-2434910.2298/VETGL0302043P0350-24570302043PComparative analysis of antibiotic residue in milk using enzyme and microbiological methodsPetrović Jelena0Katić Vera R.1Naučni institut za veterinarstvo "Novi Sad", Novi SadFakultet veterinarske medicine, BeogradAntibiotic residue can have a harmful effect on human health and can disrupt the processing of milk and milk products. In order to prevent these unwanted effects of residue, different screening methods are used today. The basic goal of this paper is to compare screening methods performed during the testing of milk from different points of the production chain. In this paper we have comparatively analyzed three screening methods: microbiological methods - the Delvo SP test and the diffusion method with B. stearothermophilus as the test microorganism, and an enzyme method - the Penzym S test. Twenty samples of farm milk from collective tanks were analyzed, as well as 20 samples of milk from transport cisterns, 10 samples of pasteurized milk and 10 samples of sterilized market milk. Based on the comparative analysis of the diffusion method, Delvo SP test and Panzym S test, we conclude that all three methods are in hgih mutual accordance (the kappa value oscillates from nearly ideal to ideal coinciding) and thus meet one of the criteria for being included in the systematic control of milk for the presence of antibiotic residue.http://www.doiserbia.nb.rs/img/doi/0350-2457/2003/0350-24570302043P.pdfmilkresidueantibioticsdiffusion methodDelvo SP testPenzym S test
collection DOAJ
language srp
format Article
sources DOAJ
author Petrović Jelena
Katić Vera R.
spellingShingle Petrović Jelena
Katić Vera R.
Comparative analysis of antibiotic residue in milk using enzyme and microbiological methods
Veterinarski Glasnik
milk
residue
antibiotics
diffusion method
Delvo SP test
Penzym S test
author_facet Petrović Jelena
Katić Vera R.
author_sort Petrović Jelena
title Comparative analysis of antibiotic residue in milk using enzyme and microbiological methods
title_short Comparative analysis of antibiotic residue in milk using enzyme and microbiological methods
title_full Comparative analysis of antibiotic residue in milk using enzyme and microbiological methods
title_fullStr Comparative analysis of antibiotic residue in milk using enzyme and microbiological methods
title_full_unstemmed Comparative analysis of antibiotic residue in milk using enzyme and microbiological methods
title_sort comparative analysis of antibiotic residue in milk using enzyme and microbiological methods
publisher Faculty of Veterinary Medicine, Belgrade
series Veterinarski Glasnik
issn 0350-2457
2406-0771
publishDate 2003-01-01
description Antibiotic residue can have a harmful effect on human health and can disrupt the processing of milk and milk products. In order to prevent these unwanted effects of residue, different screening methods are used today. The basic goal of this paper is to compare screening methods performed during the testing of milk from different points of the production chain. In this paper we have comparatively analyzed three screening methods: microbiological methods - the Delvo SP test and the diffusion method with B. stearothermophilus as the test microorganism, and an enzyme method - the Penzym S test. Twenty samples of farm milk from collective tanks were analyzed, as well as 20 samples of milk from transport cisterns, 10 samples of pasteurized milk and 10 samples of sterilized market milk. Based on the comparative analysis of the diffusion method, Delvo SP test and Panzym S test, we conclude that all three methods are in hgih mutual accordance (the kappa value oscillates from nearly ideal to ideal coinciding) and thus meet one of the criteria for being included in the systematic control of milk for the presence of antibiotic residue.
topic milk
residue
antibiotics
diffusion method
Delvo SP test
Penzym S test
url http://www.doiserbia.nb.rs/img/doi/0350-2457/2003/0350-24570302043P.pdf
work_keys_str_mv AT petrovicjelena comparativeanalysisofantibioticresidueinmilkusingenzymeandmicrobiologicalmethods
AT katicverar comparativeanalysisofantibioticresidueinmilkusingenzymeandmicrobiologicalmethods
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