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The maxium Lod
Score of D14S264 was 0.5163(θ=0.05);
结果各位点最大Lod值分别为：D14S264：0．5163（θ＝0．05）；
Results The maximum LOD score (Zmax=2.11 at recombination fraction θ=0) was obtained for markers D22S258、D22S315、D22S1163.The analysis of haplotype indicated the affected haplotype was located from D22S1174 to D22S270 with a genetic distance of 18.5 Mbp.
结果在22q的D22S258、D22S315、D22S1163显示最大LOD值2.11(重组率θ=0)。 单倍型分析提示致病基因位于D22S大约18.5Mbp的遗传距离。
Fine linkage analysis showed the significant Lod score values with D6S276 was 3.8821, Lod score values with D6S1691 and D6S1618 near D6S276 were larger than 1.5. The crossover value in 5 pedigrees was 14%.
结果　精细连锁分析显示D6S2 76的最大Lod值达 3 .882 1,位于该标记两侧的D6S1691和D6S1618的Lod值均大于 1.5 0 ;
By linkage analysis the disease gene was mapped to chromosomal region 12p11.2-q12 defined by microsatellite markers D12S1648 and D12S1668. The maximum Lod Score was 2.12 (D12S1090).
连锁分析显示微卫星标记物D12S1648、D12S345、D12S1692、D12S59、D12S1090、D12S2194、D12S1048、D12S1668在家系中与全部患者的疾病表型共分离,并在D12S1090取得最大LOD值(2.12)。
7. Lod score between locus D5S419 of 5 chromosome and BHR was 1.256 ( recombination fraction =0), lod score between locus D11S935 of 11 chromosome and EOS was 1.149.
7．5号、6号、9号和11号染色体标记与总IgE、SPT、BHR和EOS性状的连锁分析，在5号染色体的D5S419位点与BHR的lod值为1.265（重组率θ=0），在11号染色体的D11S935位点与EOS的lod值为1.149（重组率θ=0）。
Correspondingly, their LOD values varied from 2.22 to 4.75 for grain length, from 2.43 to 5.77 for grain width and from 2.44 to 6.02 for length/width ratio.
长宽比(grain length/width ratio，GLW)性状相关QTL_s13个，LOD值在2.44-6.02之间，贡献率在9.8％-22.7％之间。
LODs of the QTLs related to submergence tolerance at seedling stage in rice varied from 2.26 to 4.64.Three QTLs(qL-4,qL-8 and qL-9) for livability were detected on chromosomes 4,8 and 9,their LOD values were 3.10,3.02 and 3.78,and their contributions were 17.2%,14.3% and 41.1%,respectively.
存活率qL-4、qL-8和qL-9的LOD值分别为3.10、3.02和3.78,对表型变异的贡献率分别为17.2%、14.3%和41.1%。
Two QTLs (qEW-3 and qEW-4)for EW were detected on chromosome 3 and 4. LOD values of the two QTLs were 2.89 and 3.34, and their contributions were 13.8% and 14.1%, respectively.
胚重qEW 3和qEW 4的LOD值分别为2
89和 3 34,对表型变异的贡献率为 13 8%和 14
The F value of the primer Xgwm512, Xgwm114, Xgwm340 and Xgwm3 were significant in level 0.01 for two years, and the LOD values were all greater than 2.4, which indicated that there was a QTL of scab-resistance (among) on chromosome 2AS, 3BL and 3DL.
经标记-抗性关联分析和区间作图,引物Xgwm512、Xgwm114、Xgwm340和Xgwm3经2年关联分析F值均极显著,LOD值均大于阈值2.4,表明在2AS、3BL和3DL各有1个抗赤霉病QTL位点存在。
There is respectively one QTL on chromosome2A. The QTL on chromosome 2A is both between the primer Xgwm425 and Xgwm372.The LOD values are 2.5 and 2.80.They can explain 9.76% and 11.04% of the phenotypic variations of the scab.
2001年和03年的抗性资料分析2A上抗性QTL，都位于Xgwm425-Xgwm372之间，LOD值分别为2.5、2.80，能解释9.76%、11.04%。
the Lod scores of D7S688 and D7S483 were 5.3 and 2.5, respectively.
D7S483和D7S6 88位点Lod值分别为 2
Results The 2 loci with maximum Lod scores which was larger than 3 were locus GATA62A11,Zmax=3.86(θ=0) and locus DSP(P),Zmax=4.72(θ=0).
结果有2个位点最大LOD值>3,分别是位点GATA62A11,得到最大连锁值3.86,(θ=0); 位点DSP(P)最大连锁值4.72(θ=0)。
A total of three
QTLs conferring
heat tolerance during grain filling were detected
on chromosomes 1, 4 and 7, with LOD
scores 8.16, 11.08 and 12.86, and explained 8.94%, 17.25%
and 13.50% of
the phenotypic variance, respectively.
共检测到3个灌浆期耐热性主效QTL,分别位于第1、4和7染色体上,LOD值为8.16、11.08和12.86,贡献率8.94%、17.25%和13.50%。
point Lod scores between D8S84 and FC, D8S85 and FC, D19S253 and FC, D19S395 and FC, D19S591 and FC are 0.000 02, 0.000 017, 0.58, 1.53 and 1.42 respectively.
D19S2 5 3、D19S395和D19S5 91与FC表型的两点Lod值分别为 0 .5 8、1.5 3和 1.42 ,而多点Lod值达到 2 .78。
Results We obtained the maximum two-point LOD scores of 3.06 at micro-satellite marker D12S78 (recombination fraction θ = 0.00).
结果定位结果发现DSP致病基因与微卫星标记D12S78两点之间LOD值最大,为3.06(重组率θ=0.00)。
0.18 at θ=0.1 was obtained for the marker D11S1986;
在θ=0·1时,最大的LOD值为0·18(D11S1986);
All LODs for D10S1562 were less than -2, at θ=0.0～0.10, which excluded the linkage.
在θ=0.0～0.10时,D10S1687标记的所有LOD值都小于-2,排除连锁。
Pi-irl, Pi~ir2 & Pi-ir3 were mapped on chromosome 2% 8 & 12, located on fragment of RG95-RG123 (LOD=4. 70) , RAG8ARO-A10K250 ( LOD=4. 31) & AF6-RG341(LOD=7.52) respectively.
Pi-ir1、Pi-ir2、Pi-ir3分别被定位在第2、8、12染色体上，位置在RG95-RZ123、AG8ARO-A10K250和AF6-RG341区间，LOD值分别为4.70、4.31和7.52。
D9S1690,Z=-2.95(0=0.00); D9S1677,Z =-5.94(0=0.00).
连锁分析显示,在位点D9S283、D9S1690和 D9S1677,Lod 值<-2(θ=0.00)。
RESULTS: The maxium LOD-Score of D2S2351 was 2.71(θ=0).
结果:该家系致 病基因在SPG4基因区域的D2S2351位点连锁(θ=0,最大 LOD值为2.71).
查询“lod值”译词为用户自定义的双语例句&&&&我想查看译文中含有：的双语例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& Moment and maximum likelihood methods were described to estimate the recombi- nant fraction between a molecular marker and a quantitative trait locus (QTL)with both homoge-nous and heterogenous variances of quantitative traits among QTL genotypes. Monte Carlo simula-tion resuits indicated that maximum likelihood algorithm provides more accurate estimates of re-combinant fraction than the moment solutions,and the based estimates of recombinant fraction and other parameters were usually associated with loose marker-QTL... Moment and maximum likelihood methods were described to estimate the recombi- nant fraction between a molecular marker and a quantitative trait locus (QTL)with both homoge-nous and heterogenous variances of quantitative traits among QTL genotypes. Monte Carlo simula-tion resuits indicated that maximum likelihood algorithm provides more accurate estimates of re-combinant fraction than the moment solutions,and the based estimates of recombinant fraction and other parameters were usually associated with loose marker-QTLA powerful method was suggested for comparison of linkage intensity among different marker-QTL combinations,by LOD scores with likelihood ratio test.描述了分子标记－数量性状基因座位（ＱＴＬ）之间重组率的矩估计法和最大似然估计法，两种方法都考虑了ＱＴＬ基因型间数量性状方差的同质性和异质性。ＭｏｎｔｅＣａｒｌｏ模拟表明，采用最大似然法能比矩估计法获得更为准确的重组率估计值，标记－ＱＴＬ之间的松驰连锁通常与重组率及有关参数估值的偏倚有关，将ＬＯＤ值与似然比检验相结合，为重组率估值及连锁强度的相互比较提供了有效的方法。 For different methods(moment solution and maximum likelihood estimation) and different models(homoscedastic and heteroscedastic models), more significant correlation was found between LOD scores than between the estimators of recombinant fraction. Maximum likelihood method under homoscedastic modes was then used to estimate recombinant fractions between quantitative trait loci controlling yield components and 51 restriction fragment length polymorphism markers on 11 chromosomes of rice(Oryza sativa L.). Using... For different methods(moment solution and maximum likelihood estimation) and different models(homoscedastic and heteroscedastic models), more significant correlation was found between LOD scores than between the estimators of recombinant fraction. Maximum likelihood method under homoscedastic modes was then used to estimate recombinant fractions between quantitative trait loci controlling yield components and 51 restriction fragment length polymorphism markers on 11 chromosomes of rice(Oryza sativa L.). Using X2 test for likelihood ratios(expressed as LOD scores), significant linkage relationship was found for 7 marker-trait combinations with mean recombinant fraction of 10.0%. These combinations involved 5 chromosomes(1,5,6,8 and 11), 3 traits and 7 markers, i.e.,spikelet number per panicle(BG573, RZ617, and RG103), panicle number per plant(RG64B),and grain number per panicle(RG101,RG244 and RG653).本研究根据对估计标记－数量性状基因座位（ＱＴＬ）之间重组率的两种分析方法（矩量法和最大似然法）、两种方差模型（ＱＴＬ基因型之间的方差同质和异质模型）的分析，揭示了ＬＯＤ值在标记－ＱＴＬ连锁检测上所得结果的相关性高于重组率估计值的相关性。采用最大似然法和异质方差模型，估计了水稻产量构成有关的ＱＴＬ与分布于１１对染色体上的５１个限制性片段长度多态性（ＲＦＬＰ）标记之间的重组率，并对似然比（以ＬＯＤ值表示）进行Ｘ￣２检验，发现７个存在显著连锁关系的标记－性状组合，其平均重组率为１０．０％。这些标记分布于第１、５、６、８和１１等５对染色体上，涉及７个ＲＦＬＰ标记和３个产量构成性状，即每穗颖花数（ＲＧ５７３、ＲＺ６１７、ＲＧ１０３）、单株穗数（ＲＧ６４Ｂ）和每穗实粒数（ＲＧ１０１、ＲＧ２４４、ＲＧ６５３）。 A statistical method,maximum likelihood estimation,was described to estimate the recombination frequencies between codominant genetic markers and quantitative trait loci (QTL).LOD scores combined with likelihood ratio was used to test significance of the estimators and linkage.A computer program suitable for use on a personal computer with low memory capacity was designed for different mapping populations including F2,BC and DH.As an example,the method was used to estimate recombinant fractions between molecular... A statistical method,maximum likelihood estimation,was described to estimate the recombination frequencies between codominant genetic markers and quantitative trait loci (QTL).LOD scores combined with likelihood ratio was used to test significance of the estimators and linkage.A computer program suitable for use on a personal computer with low memory capacity was designed for different mapping populations including F2,BC and DH.As an example,the method was used to estimate recombinant fractions between molecular markers and a gene for wide compatibility and QTLs controlling growth duration in
rice.系统描述了数量性状基因座位（ＱＴＬ）作图的统计方法──单个遗传标记与ＱＴＬ之间重组率的最大似然估计法，并将ＬＯＤ值与似然比检验相结合，应用于重组率估值及连锁强度的显著性检验。编写了可在微型机上运行，适合于Ｆ＿２、ＤＨ、ＢＣ等群体ＱＴＬ作图的通用计算机程序，并提供了水稻广亲和基因及与生育期有关的ＱＴＬ作图的应用实例。&nbsp&&&&&相关查询
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