The position of the major QTL peak for 3-day-old F1 females, 21-day-old F1 females, and the combined data set are shown. For each analysis, the peak position, Δ2-LOD drop confidence interval, and Bayesian credible interval [44] in dm6 [45] are provided. The percent of phenotypic variation explained by the QTL peak is based on the genotype of each sampled RIL at the LOD peak position. The individual numerical values required to identify LOD peaks and intervals for 3-day-old, 21-day-old, and both F1 females can be found in S4, S5 and S3 Data, respectively.</p
In 1997, Darvasi and Soller presented empirical predictions of the confidence interval of quantitati...
<p>The genotype frequency difference is statistically significant at the 5% level. “ll”, homozygous ...
The upper panel of the figure represents the LOD scores calculated by the MCQTL method along the gen...
(A) LOD ratio of the observed association between maternal RIL genotype [29] and the adjusted propor...
<p>QTL locations, related maximum LOD values and their explanation of phenotypic variation for headi...
The mean adjusted F1 atrophy among 3-day-old females (A) and 21-day-old females (B) is shown for RIL...
<p>Distribution of the detected QTLs for TGW, GL, GW and GT of the Yanda1817/Beinong6 RILs on the ch...
Vertical blue lines represent the position of major color pattern loci and orange lines represent th...
<p>For each trait the genome-wide LOD thresholds (GW) at p = 0.05 (as determined from 1,000 permutat...
QTL maps obtained from four RIL sets (BlaxCol in black; CvixCol in red; BurxCol in blue; YoxCol in g...
<p>*SNP marker closest to LOD peak score.</p><p>**Point-wise p-value (F test) for including the QTL ...
<p>LOD: logarithm of odds; PVE: percentage of total phenotypic variance explained by the QTL;</p><p>...
a<p>QTL nomenclature uses the trait name followed by the LG number; an alphabetical letter a or b or...
<p>* SNP marker closest to LOD peak score.</p><p>† centimorgan position of LOD peak score and interv...
<p>El: Element. Chm: Chromosome. Pos: Position of QTL in cM. LOD: LOD score. MI Start and Stop: the ...
In 1997, Darvasi and Soller presented empirical predictions of the confidence interval of quantitati...
<p>The genotype frequency difference is statistically significant at the 5% level. “ll”, homozygous ...
The upper panel of the figure represents the LOD scores calculated by the MCQTL method along the gen...
(A) LOD ratio of the observed association between maternal RIL genotype [29] and the adjusted propor...
<p>QTL locations, related maximum LOD values and their explanation of phenotypic variation for headi...
The mean adjusted F1 atrophy among 3-day-old females (A) and 21-day-old females (B) is shown for RIL...
<p>Distribution of the detected QTLs for TGW, GL, GW and GT of the Yanda1817/Beinong6 RILs on the ch...
Vertical blue lines represent the position of major color pattern loci and orange lines represent th...
<p>For each trait the genome-wide LOD thresholds (GW) at p = 0.05 (as determined from 1,000 permutat...
QTL maps obtained from four RIL sets (BlaxCol in black; CvixCol in red; BurxCol in blue; YoxCol in g...
<p>*SNP marker closest to LOD peak score.</p><p>**Point-wise p-value (F test) for including the QTL ...
<p>LOD: logarithm of odds; PVE: percentage of total phenotypic variance explained by the QTL;</p><p>...
a<p>QTL nomenclature uses the trait name followed by the LG number; an alphabetical letter a or b or...
<p>* SNP marker closest to LOD peak score.</p><p>† centimorgan position of LOD peak score and interv...
<p>El: Element. Chm: Chromosome. Pos: Position of QTL in cM. LOD: LOD score. MI Start and Stop: the ...
In 1997, Darvasi and Soller presented empirical predictions of the confidence interval of quantitati...
<p>The genotype frequency difference is statistically significant at the 5% level. “ll”, homozygous ...
The upper panel of the figure represents the LOD scores calculated by the MCQTL method along the gen...