1. No mutant homozygote was found.
有发现突变纯合子。

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2. A pair of genes was recessiveness homozygote, it was probably to be ill.
只要有一对基因隐性纯合时,即可患病。

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3. Rates of homozygote for 35 microsatellite loci in three miniature pig breeds were calculated, and t-test for them were performed.
计算出三个小型猪品系个体样本在35个微卫星基因座的纯合率,并对其进行t检验。

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4. Compared with wild type genotype, offsprings of mutant heterozygote and homozygote were at higher risk of CHD, with OR0.46 (95%ci: 0.31 ~ 0.69).
与野生基因型携带者相比较,突变杂合和突变纯合基因型携带者的子代罹患CHD的OR值为0.46 (95% CI: 0.31 ~ 0.69)。

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5. When the blood lead level was adjusted by covariance analysis, reactive time in choice reaction test of the ALAD1-2 genotype was closed to that of ALAD1-1 homozygote.
在应用协方差分析充分均衡了两组的血铅水平后,ALAD1- 2的选择反应时间与ALAD1- 1组十分接近。

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6. The effects of this SNP on backfat thickness in Landrace, Yorkshire and Duroc were estimated using least square method. The homozygote pigs had thicker backfat than the heterozygote ones.
用最小二乘法分析SNP对长白猪、约克夏猪和杜洛克猪的背膘厚的效应的结果表明,纯合基因型个体的背膘厚大于杂合基因型个体。

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7. The effects of this SNP on backfat thickness in Landrace, Yorkshire and Duroc were estimated using least square method. The homozygote pigs had thicker backfat than the heterozygote ones.
用最小二乘法分析SNP对长白猪、约克夏猪和杜洛克猪的背膘厚的效应的结果表明,纯合基因型个体的背膘厚大于杂合基因型个体。

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