<p>Note: <sup>a</sup>Unconditional QTLs detected for grain filling rate in the IF<sub>2</sub> population;</p>b<p>Logarithm of Odds for each QTL.</p>c<p>A, additive values; D, dominant values;</p>d<p>The effect of each QTL; A, additive; PD, partial dominance; D, dominance; OD, overdominance;</p>e<p>R<sup>2</sup> contribution rate.</p
The grain filling rate (GFR) is an important dynamic trait that determines the final grain yield and...
<p>* Common QTLs identified in the two generations</p><p><sup>a</sup> Additive effects; positive val...
<p>LOD: logarithm of odds; PVE: percentage of total phenotypic variance explained by the QTL;</p><p>...
<p>Note: <sup>a</sup>Conditional QTLs detected for grain filling rate in the IF<sub>2</sub> populati...
<p>Notes: <sup>a</sup> KL, kernel length; KWI, kernel width; KT, kernel thickness; KV, kernel volume...
<p><i><sup>a</sup></i>add: additive effect; dom: dominance effect. If <i>i</i> equals <i>j</i>, then...
<p><i><sup>a</sup></i>add: additive effect; dom: dominance effect. If <i>i</i> equals <i>j</i>, then...
<p>The allelic source for all QTL was Aday Sel. LOD, Logarithm of odds ratios; R<sup>2</sup>, Phenot...
<p><i><sup>a</sup></i>add: additive effect; dom: dominance effect. Total number of effects is 38, on...
<p>Notes: <sup>a</sup> KW, kernel weight; KW|KL, kernel weight conditioned on kernel length; KW|KWI,...
<p><i><sup>a</sup></i>add: additive effect; dom: dominance effect. Total number of effects is five, ...
<p>Magnitude of effect of each QTL is expressed as percentage of the concentration found in the pare...
The grain filling rate (GFR) is an important dynamic trait that determines the final grain yield and...
Grain yield (GY) and yield components (YC) were investigated using two F8: 9 RILs, comprising 229 an...
QTL (quantitative-trait locus) analysis aims to locate and estimate the effects of genes that are re...
The grain filling rate (GFR) is an important dynamic trait that determines the final grain yield and...
<p>* Common QTLs identified in the two generations</p><p><sup>a</sup> Additive effects; positive val...
<p>LOD: logarithm of odds; PVE: percentage of total phenotypic variance explained by the QTL;</p><p>...
<p>Note: <sup>a</sup>Conditional QTLs detected for grain filling rate in the IF<sub>2</sub> populati...
<p>Notes: <sup>a</sup> KL, kernel length; KWI, kernel width; KT, kernel thickness; KV, kernel volume...
<p><i><sup>a</sup></i>add: additive effect; dom: dominance effect. If <i>i</i> equals <i>j</i>, then...
<p><i><sup>a</sup></i>add: additive effect; dom: dominance effect. If <i>i</i> equals <i>j</i>, then...
<p>The allelic source for all QTL was Aday Sel. LOD, Logarithm of odds ratios; R<sup>2</sup>, Phenot...
<p><i><sup>a</sup></i>add: additive effect; dom: dominance effect. Total number of effects is 38, on...
<p>Notes: <sup>a</sup> KW, kernel weight; KW|KL, kernel weight conditioned on kernel length; KW|KWI,...
<p><i><sup>a</sup></i>add: additive effect; dom: dominance effect. Total number of effects is five, ...
<p>Magnitude of effect of each QTL is expressed as percentage of the concentration found in the pare...
The grain filling rate (GFR) is an important dynamic trait that determines the final grain yield and...
Grain yield (GY) and yield components (YC) were investigated using two F8: 9 RILs, comprising 229 an...
QTL (quantitative-trait locus) analysis aims to locate and estimate the effects of genes that are re...
The grain filling rate (GFR) is an important dynamic trait that determines the final grain yield and...
<p>* Common QTLs identified in the two generations</p><p><sup>a</sup> Additive effects; positive val...
<p>LOD: logarithm of odds; PVE: percentage of total phenotypic variance explained by the QTL;</p><p>...