There is a known interaction between Ma2 (represented by marker c2_68327634) and Ma4 (represented by marker c10_3607821). This interaction was identified by multiple QTL mapping (MQM). Dominant alleles of the Ma genes delay flowering. In a recessive ma4 background (AA at c2_68327634), the effect of Ma2 on days to flowering is reduced. A represents the 80M allele and B represents the Hegari allele at each QTL. Reciprocal plots are shown.</p
<p>The position of major QTL and AE interaction detected for flowering time in three photoperiod env...
<p>For flowering time (A), four different statistical methods were used (described in Materials and ...
Nes show marker positions and marker names are located to the right. Genetic distances (cM) are loca...
Two QTL were identified for variation in flowering time in the F2 population derived from Hegari (Ma...
The Ma2 QTL spans from 67.3 Mpb to 69.1 Mbp (light blue bar). Five F2 individuals that were heterozy...
<p>Note:</p>a<p>: Additive effect: positive values indicated that Huangzao4 carries the allele for a...
Much of the flowering time variation in wild strains of Arabidopsis thaliana is due to allelic varia...
<p>Note:</p>a<p>: Additive effect: positive values indicated that Huangzao4 carries the allele for a...
Mes are located to the right. Genetic distances (cM) are located to the left of each marker. The gen...
<p>Loci shown in bold and underlined represent those detected in both cropping years. Lines linking ...
<p>Comparison of flowering time among single mutant lines for flowering time: A) <i>hd1</i>, B) <i>g...
<p>(A) Flowering time QTL labeled <i>Ma3, Ma5</i> and <i>Ma6</i>, were identified through analysis o...
<p>A. Structure of the MRG2 chromodomain in complex with H3K36me3. The overall structure of the MRG2...
Flowering time is an important trait in chrysanthemum, but its genetic basis remains poorly understo...
1<p>THERM = thermal time to flowering (expressed as degree-days).</p>2<p>DTF = days to flowering.</p...
<p>The position of major QTL and AE interaction detected for flowering time in three photoperiod env...
<p>For flowering time (A), four different statistical methods were used (described in Materials and ...
Nes show marker positions and marker names are located to the right. Genetic distances (cM) are loca...
Two QTL were identified for variation in flowering time in the F2 population derived from Hegari (Ma...
The Ma2 QTL spans from 67.3 Mpb to 69.1 Mbp (light blue bar). Five F2 individuals that were heterozy...
<p>Note:</p>a<p>: Additive effect: positive values indicated that Huangzao4 carries the allele for a...
Much of the flowering time variation in wild strains of Arabidopsis thaliana is due to allelic varia...
<p>Note:</p>a<p>: Additive effect: positive values indicated that Huangzao4 carries the allele for a...
Mes are located to the right. Genetic distances (cM) are located to the left of each marker. The gen...
<p>Loci shown in bold and underlined represent those detected in both cropping years. Lines linking ...
<p>Comparison of flowering time among single mutant lines for flowering time: A) <i>hd1</i>, B) <i>g...
<p>(A) Flowering time QTL labeled <i>Ma3, Ma5</i> and <i>Ma6</i>, were identified through analysis o...
<p>A. Structure of the MRG2 chromodomain in complex with H3K36me3. The overall structure of the MRG2...
Flowering time is an important trait in chrysanthemum, but its genetic basis remains poorly understo...
1<p>THERM = thermal time to flowering (expressed as degree-days).</p>2<p>DTF = days to flowering.</p...
<p>The position of major QTL and AE interaction detected for flowering time in three photoperiod env...
<p>For flowering time (A), four different statistical methods were used (described in Materials and ...
Nes show marker positions and marker names are located to the right. Genetic distances (cM) are loca...