<p>G×E indicates genotype×environment interactions. FL, FS, and FM were shortening from fiber length, strength, and micronaire.</p>a<p>Additive effects of QTL-by-environment interaction in each year; a1;a2;a3;a4 represent four year environment interaction additive effects; a positive value indicates the genotype from the parent Hai124 toward increase the value, a negative value indicates the genotype from the TM-1 toward increase the trait value.</p>b<p>The QTL in each year calculated from increased 2147 markers with 0.5-cM intervals throughput for linkage mapping results.</p>c<p>R<sup>2</sup> represents percentage phenotypic variation explained; *Significant QTL by permutations (p<0.05).</p
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
<p>Cotton fiber quality traits are controlled by multiple quantitative trait loci (QTL), and the imp...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
<p>QTL mapping for fiber quality and yield component traits using two BCF<sub>1</sub> populations in...
Cotton fiber is renewable natural fiber source for textile. Improving fiber quality is an essential ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
Improving fiber quality of naturally colored cotton has become more important in recent years due to...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
<p>Cotton fiber quality traits are controlled by multiple quantitative trait loci (QTL), and the imp...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
<p>QTL mapping for fiber quality and yield component traits using two BCF<sub>1</sub> populations in...
Cotton fiber is renewable natural fiber source for textile. Improving fiber quality is an essential ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
Improving fiber quality of naturally colored cotton has become more important in recent years due to...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...
<p>Cotton fiber quality traits are controlled by multiple quantitative trait loci (QTL), and the imp...
An “immortalized F2” (IF2) population and two reciprocal backcross (HSBCF1 and MARBCF1) populations ...