首页> 外文期刊>The Philippine Agricultural Scientist >Genetic Diversity Based on Protein/Isozyme Analysis Among Populations of Beef Cattle (Bos indicus) From Selected Agroecological Zones in the Philippines
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Genetic Diversity Based on Protein/Isozyme Analysis Among Populations of Beef Cattle (Bos indicus) From Selected Agroecological Zones in the Philippines

机译:基于蛋白质/同工酶分析的菲律宾特定农业生态区牛肉牛(Bos indicus)种群的遗传多样性

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摘要

Protein/isozyme analysis using starch gel electrophoresis of 620 beef cattle plasma/serum samples was conducted to evaluate genetic diversity among populations from 20 selected agroecological zones in the Philippines [llocos, Pangasinan, Tarlac, Batangas (pooled with Cavite and Laguna populations), Romblon, Sorsogon, Siquijor, Cebu, Bohol, Negros, Guimaras, Oton, Tobias Fonier, San Remigio, Tibiao, Bukidnon, Camiguin, South Cotabato, Misamis Occidental, and Zamboanga]. Nine loci, namely, albumin (Alb), transferrin (Trf), esterases (Est_1, Est_2 and Est_3), acid phosphatases (Acph_1 and Acph_2) and malate dehydrogenase (Mdh_1 and Mdh_2) were studied. Except for albumin (Alb) with one genotype AA, all other loci were polymorphic. Six genotypes (AA, AB, AC, BB, BC and CC), were observed for Trf; three genotypes (AA, AB and BB), each for Est_1, Est_2 and Est_3. six genotypes (AA, AB, AC, BB, BC and CC) each for Acph_1 and Acph_2 four genotypes (AA, AB, AC and BB) for Mdh_1 and three genotypes (AA, AB and BB) for Mdh_2. Intrapopulation genetic relationship based on the proportion of polymorphic loci and the average number of alleles was highest in Bohol and Negros and at 88.89% and 2.1111, respectively and lowest in llocos and Siquijor at 44.44% and 1.5556, respectively. The beef cattle populations of Tibiao and Tobias Fonier showed the highest degree of relatedness; hence, they shared the most common alleles as indicated by their low genetic distance of 0.0034. The genetically distant relationship between the populations of Siquijor and Cebu based on genetic distance value of 0.3357 and the two separate groups based on the dendrogram, Principal Component Analysis (PCA) and admixture correspond with the findings of Aquino (2004). Using microsatelliteanalysis, Aquino and her co-workers identified Siquijor cattle as Taurine type and Bohol cattle, a group closely related to Cebu cattle, as predominantly Bali type.
机译:使用淀粉凝胶电泳对620头肉牛血浆/血清样品进行蛋白质/同工酶分析,以评估菲律宾20个选定的农业生态区[llocos,Pangasinan,Tarlac,Batangas(与Cavite和Laguna的人口合并),Romblon的人口之间的遗传多样性。 ,Sorsogon,Siquijor,宿雾,保和,内格罗斯,吉马拉斯,奥顿,Tobias Fonier,圣雷米焦,提比奥,布基登,卡米金,南哥打巴托,西米萨米斯和三宝颜]。研究了9个基因座,即白蛋白(Alb),转铁蛋白(Trf),酯酶(Est_1,Est_2和Est_3),酸性磷酸酶(Acph_1和Acph_2)和苹果酸脱氢酶(Mdh_1和Mdh_2)。除了具有一种基因型AA的白蛋白(Alb)外,所有其他基因座均为多态性。 Trf观察到六种基因型(AA,AB,AC,BB,BC和CC)。三种基因型(AA,AB和BB),分别用于Est_1,Est_2和Est_3。 Acph_1和Acph_2有6个基因型(AA,AB,AC,BB,BC和CC),Mdh_1有4个基因型(AA,AB,AC和BB),Mdh_2有3个基因型(AA,AB和BB)。基于多态性位点比例和等位基因平均数的种群内遗传关系最高,在薄荷岛和内格罗斯分别最高,分别为88.89%和2.1111,而在llocos和Siquijor最低,分别为44.44%和1.5556。 Tibiao和Tobias Fonier的肉牛种群之间的亲缘关系最高。因此,他们共有最常见的等位基因,如其0.0034的低遗传距离所表明。基于遗传距离值0.3357的锡基霍尔(Siquijor)和宿雾(Cebu)种群之间的遗传距离关系以及基于树状图,主成分分析(PCA)和混合物的两个独立群体与Aquino(2004)的发现相对应。通过微卫星分析,阿基诺和她的同事们将锡基霍尔牛确定为牛磺酸型,并将与宿雾牛密切相关的保和牛确定为巴厘岛型。

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