… the genomes of two species is allopolyploidy. Polyploidy is … for the development of long fiber
varieties in future breeding … and molecular cotton breeding programs to obtain new varieties …

… We present an overview of Gossypium genome evolution and … of molecular mechanisms
underlying allopolyploid genome … allopolyploid cotton species identified as such, but diploid …

… of Gossypium and domestication of the American allopolyploid … In recent decades, molecular
genetics and genomics studies … An additional result that is confirmed by multiple studies is …

… was studied to confirm the monosomic status of backcross hybrid plants … species, and the
reasons for the lack of molecular-genetic confirmation in some chromosome substitution cotton …

… four species, the other 46 species of Gossypium are wild. … and molecular analysis (AFLP
markers) in order to confirm its … hexaploid status of the genotype studied using cytological and …

… represents a model system for the study of plant polyploidy, molecular evolution, and …
genes among Gossypium genomes. (C) Evolution of the allopolyploid cotton clade, formed …

… was studied to confirm the monosomic status of backcross hybrid plants … species, and the
reasons for the lack of molecular-genetic confirmation in some chromosome substitution cotton …

… confirmed the triploid status of the F1 hybrids developed from cross between Suvin x Gossypium
armourianum and TCB 37 x Gossypium … and genomic consequences of allopolyploidy. …

… The development of molecular marker systems and whole … the current status of the various
diploid species of genus Gossypium. … of diploid species of cotton. The populations of 7 diploid …

… cotton plants originated from chromosome duplication, were tested via morphological and
molecular markers and confirmed … (a prototype for molecular mapping in cotton) were used in …