[北京荷斯坦奶牛7个微卫星位点与体细胞评分关系研究]。

Ming-Xing Chu, Guo-Li Zhou, Hai-Guo Jin, Wan-Hai Shi, Fu-Cun Cao, Li Fang, Su-Cheng Ye, Yan Zhu
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引用次数: 0

摘要

采用非变性聚丙烯酰胺凝胶电泳技术分析了240头北京荷斯坦奶牛体细胞评分(SCS)密切相关的7个微卫星位点BM1818、BM1258、BM1443、BM1905、BM302、BM4505和CYP21的遗传变异。计算了7个微卫星位点的等位基因频率、杂合度、多态性信息含量和有效等位基因数。采用最小二乘线性模型初步分析了北京荷斯坦奶牛7个微卫星位点与体细胞评分的关系。BM1818 (284 bp/284 bp)、BM1258 (106 bp/92 bp)、BM1443 (166 bp/160 bp)、BM1905 (187 bp/187 bp)、BM302 (142 bp/140 bp)、BM4505 (240 bp/236 bp)和CYP21 (215 bp/198 bp)的最小二乘SCS均值相对较低,且其基因型在各自基因座中为最有利的基因型。BM1818 (286 bp/286 bp)、BM1258 (102 bp/102 bp)、BM1443 (170 bp/160 bp)、BM1905 (197 bp/195 bp)、BM302 (154 bp/145 bp)、BM4505 (240 bp/238 bp)和CYP21 (204 bp/192 bp)的最小二乘平均SCS相对较高,且其基因型在各自基因座中是最不利于乳腺炎耐药的基因型。本研究结果对通过标记辅助选择提高奶牛对乳腺炎的抵抗力具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Study on relationships between seven microsatellite loci and somatic cell score in Beijing Holstein cows].

Genetic variation of seven microsatellite loci BM1818, BM1258, BM1443, BM1905, BM302, BM4505 and CYP21 which were closely linked to somatic cell score (SCS) was analyzed in 240 Beijing Holstein cows with nondenaturing polyacrylamide gel electrophoresis. Allele frequencies, heterozygosity, polymorphic information content, the effective number of alleles of seven microsatellite loci were calculated. Relationships between seven microsatellite loci and somatic cell score in Beijing Holstein cows were primarily analyzed by least squares linear model. Least squares means of SCS for BM1818 (284 bp/284 bp), BM1258 (106 bp/92 bp), BM1443 (166 bp/160 bp), BM1905 (187 bp/187 bp), BM302 (142 bp/140 bp), BM4505 (240 bp/236 bp) and CYP21 (215 bp/198 bp) were relatively lower,and their genotypes were the most favorable genotypes in respective locus for mastitis resistance. Least squares means of SCS for BM1818 (286 bp/286 bp), BM1258 (102 bp/102 bp), BM1443 (170 bp/160 bp), BM1905 (197 bp/195 bp), BM302 (154 bp/145 bp), BM4505 (240 bp/238 bp) and CYP21 (204 bp/192 bp) were relatively higher,and their genotypes were the most unfavorable genotypes in respective locus for mastitis resistance. The information found in the present study would be very important for improving mastitis resistance in dairy cattle by marker assisted selection.

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