Somatic cell count of milk from different goat breeds

J. Csanádi, J. Fenyvessy, Š. Bohatá
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引用次数: 12

Abstract

Abstract There is no standard limit value for somatic cell count (SCC) of raw goat milk in the EU despite that excellent hygienic quality milk is needed for the manufacture of fermented milk products or cheese varieties. Mastitis often results such high SCC - besides the potential risk for humans - that the clotting of milk will not be perfect, resulting slack curd with higher whey releasing; furthermore, wrong structure, ripening, bad sensory properties of cheese can also be its consequences. In this paper, we report the SCC of milk samples from five different goat breeds bred in Hungary, measured with two fast methods compared with the results from the reference method. Furthermore, we investigated the applicability and the accuracy of the MT-02 (Agro Legato Ltd., Hungary) instrument. We determined that the White Side test and the instrument MT were suitable for the estimation of possible risks and consequences in the case of the use of high SCC milk before production. The general summarized average milk SCC was 6.64 × 105 ml−1. The highest difference between the results from MT-02 and the fluorometric (reference) method was 5 × 105 ml−1, but it was a singular, extreme value. The r2 of the calculated linear calibration equation was 0.7819; consequently, this method seems to be applicable in the measurement of SCC with MT-02 instrument. Furthermore, the SCC of samples did not differ significantly by genotypes and by seasons (spring: 5.85 × 105 ml−1, autumn: 6.22 × 105 ml−1).
不同山羊品种羊奶的体细胞计数
尽管发酵乳制品或奶酪品种的生产需要卫生品质优良的生羊奶,但欧盟对生羊奶的体细胞计数(SCC)没有标准限量值。乳腺炎通常会导致如此高的SCC——除了对人类的潜在风险之外——牛奶的凝固并不完美,导致乳清释放量较高的松弛凝乳;此外,错误的结构,成熟,奶酪的不良感官特性也可能是其后果。本文报道了匈牙利5个不同山羊品种的羊奶样品的SCC,并与参考方法的结果进行了比较。此外,我们还研究了MT-02 (Agro Legato Ltd., Hungary)仪器的适用性和准确性。我们确定,在生产前使用高SCC牛奶的情况下,White Side测试和MT仪器适用于估计可能的风险和后果。总的总结平均牛奶SCC为6.64 × 105 ml−1。MT-02与荧光法(参考)结果之间的最大差异为5 × 105 ml−1,但这是一个单一的极端值。计算得到的线性校准方程r2为0.7819;因此,该方法似乎适用于用MT-02仪器测量SCC。此外,样品的SCC在基因型和季节之间没有显著差异(春季:5.85 × 105 ml−1,秋季:6.22 × 105 ml−1)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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