1<p>The physical and genetic positions of the 1.5 LOD support intervals for each QTL are shown in addition to the physical and genetic size of the intervals.</p><p>LOD scores, additive effect (proportion of plants with secondary ears) and percent variance explained (PVE) as calculated by the fitqtl function in R/qtl, which performs a drop-one ANOVA, are reported. Physical positions are reported in Mbp along the chromosome for the maize reference genome (Maize Reference Genome AGP v2).</p
<p>Almost 35% real QTL were observed for MDR QTL which control all the three diseases and above 35% ...
Modern maize varieties have become more productive than ever, owing largely to increased tolerance o...
BACKGROUND: Maize (Zea mays) is a globally produced crop with broad genetic and phenotypic variation...
The genetic control of yield and related traits in maize has been addressed by many quantitative tra...
<div><p>The kernel number is a grain yield component and an important maize breeding goal. Ear lengt...
The kernel number is a grain yield component and an important maize breeding goal. Ear length, kerne...
Abstract: Plant height has become one of important agronomic traits with the increase of planting de...
QTL mapping provides usefull information for breeding programs since it allows the estimation of gen...
Leaf width is an important agricultural trait in maize. Leaf development is dependent on cell prolif...
The first objective of this study was to detect QTLs affecting agronomically important traits in the...
Leaf width is an important agricultural trait in maize. Leaf development is dependent on cell prolif...
<p>Densely spaced black hash marks along the bottom axis represent genetic markers, curves represent...
Ear length (EL) is an important trait in maize ( L.) because it is positively correlated with grain ...
Most maize yield variations are explained by changes in the number of established kernels. Kernel nu...
Suggestive loci (P <0.63) for days to pollen shed (PS), ear height (EH), plant height (PH), and grai...
<p>Almost 35% real QTL were observed for MDR QTL which control all the three diseases and above 35% ...
Modern maize varieties have become more productive than ever, owing largely to increased tolerance o...
BACKGROUND: Maize (Zea mays) is a globally produced crop with broad genetic and phenotypic variation...
The genetic control of yield and related traits in maize has been addressed by many quantitative tra...
<div><p>The kernel number is a grain yield component and an important maize breeding goal. Ear lengt...
The kernel number is a grain yield component and an important maize breeding goal. Ear length, kerne...
Abstract: Plant height has become one of important agronomic traits with the increase of planting de...
QTL mapping provides usefull information for breeding programs since it allows the estimation of gen...
Leaf width is an important agricultural trait in maize. Leaf development is dependent on cell prolif...
The first objective of this study was to detect QTLs affecting agronomically important traits in the...
Leaf width is an important agricultural trait in maize. Leaf development is dependent on cell prolif...
<p>Densely spaced black hash marks along the bottom axis represent genetic markers, curves represent...
Ear length (EL) is an important trait in maize ( L.) because it is positively correlated with grain ...
Most maize yield variations are explained by changes in the number of established kernels. Kernel nu...
Suggestive loci (P <0.63) for days to pollen shed (PS), ear height (EH), plant height (PH), and grai...
<p>Almost 35% real QTL were observed for MDR QTL which control all the three diseases and above 35% ...
Modern maize varieties have become more productive than ever, owing largely to increased tolerance o...
BACKGROUND: Maize (Zea mays) is a globally produced crop with broad genetic and phenotypic variation...