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安哥拉山羊改良建昌黑山羊高代杂种羊血液生化遗传标记的研究
引用本文:王杰,潘爱銮,欧阳熙,王永,郑玉才,覃志红,王世斌,王同军,欧其拉一,马玉才.安哥拉山羊改良建昌黑山羊高代杂种羊血液生化遗传标记的研究[J].西南民族学院学报(自然科学版),2000,26(4):396-402.
作者姓名:王杰  潘爱銮  欧阳熙  王永  郑玉才  覃志红  王世斌  王同军  欧其拉一  马玉才
作者单位:[1]西南民族学院,成都610041 [2]凉山州畜科所,西晶615000
摘    要:采用PAGE法检测F3的Hb、Tf、Hp,Pr,Alb、Po、LDH、Akp和Amy等基因座的多态性和相关分析。研究结果表明,F3的Hb、Tf、Hp、Akp呈多态,Alb、Pr、Pr、Po、LDH、Amy呈单态;LDH同工酶相对活力顺序为LDH1>LDH3>LDH2>LDH4>LDH5;F3与安哥拉山羊Akp基因型分布差异显著(P<0.05),与建昌黑山羊差异极显著(P<0.01);平均基因杂合度安哥拉山羊最高,F3次之,建昌黑山羊最低,F3与安哥拉山羊的遗传相关系数大,遗传距离小;LDH1的相对活力与净毛率呈极负相关(P<0.01),LDH5与两型毛根数百分比呈显著正相关(P<0.05)、与两型毛重量百分比呈极显著正相关(P<0.01)、、与无无髓毛伸度呈极显著负相关(P<0.01),LDH其他各要带的相对活力与产毛性状无显著相关。

关 键 词:安哥拉山羊  改良  建昌黑山羊  高代杂种羊  血液  生化遗传标记
文章编号:1003-2843(2000)04-0396-07
修稿时间:2000年9月6日

A Study of Biochemical Genetic Markers in Blood of High FilialGeneration of Jianchang Black Goat Improved by Angora Goat
WANG Jie.A Study of Biochemical Genetic Markers in Blood of High FilialGeneration of Jianchang Black Goat Improved by Angora Goat[J].Journal of Southwest Nationalities College(Natural Science Edition),2000,26(4):396-402.
Authors:WANG Jie
Abstract:The polymorphisms and correlations of alleles in Hb,Tf,Hp,Pr,Alb;Po,Akp,LDH and Amy loci in blood of F 3 generation are studied by PAGE.The studies show that,there are no polymorphisms in Pr,Alb,Po,Amy and LDH loci of F 3,but the Hb,Tf,Hp and Akp loci of F 3 present genetic polymorphisms;the sequences of relative activity of LDH isozyme are LDH 1>LDH 3>LDH 2>LDH 4>LDH 5;the genotypic distributions of Akp are significantly different (P<0.05) between F 3 and Angora goat,and are very significantly different (P<0.01) between F 3 and Jianchang black goat;the average degree of gene heterozygosity is the highest for Angora goat and the lowest for Jianchang black goat,and the middle for F 3;the genetic similarity coefficient is greater between F 3 and Angora goat,and their genetic distance is small;there is very significant negative correlations(P<0.01) between the clean wool yield and the relative activity of LDH 1;there is significant positive correlation(P<0.05) between the number percentage of heterotypical fibers and LDH 5,while the correlation is very significant positive (P<0.01) between the weight percentage of heterotypical fibers and LDH 5,but correlation between the elongation at break of nonmedullar fibers and LDH 5 is very significant negative (P<0.01);there are insignificant correlations between the relative activities of other bands of LDH and the traits of wool production.
Keywords:high filial generation  biochemcal genetic marker in blX  
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