… It is essential that the used mutagen solution be disposed of … in subsequent generations in
polyploids. data are irrelevant. … rice, soybean, and cotton were created using established space…

… of polyploidy type of genomic mutations across generations. Moreover, such polyploidy can
… maize, Bt potato, Bt eggplant, and Bt cotton all being pest resistant GMOs as they produce …

… Transposable elements (TEs) involved in leaf development in combination with epigenetics
were probably responsible for alterations in the expression of leaflet number. Putative TE’s …

… historical actors to have multiplicity of lives while privileging transitional objects of research
such as polyploidy. … chemically the formation of polyploidy, counting and systematising on the …

… Furthermore, an increase of fatty acid, and ultimately TAG synthesis, could help to dispose
of reduction equivalents and fixed carbon produced by photosynthesis. This is important when …

… The cotton GA20ox was involved in initiation and elongation … and exon compositions and
dispositions. Except for SmGA2ox5 … the phenomenon that through polyploidy and chromosomal …

… Cycas is an ancient polyploid … We identified tandem repeats and transposable elements
throughout the … To maximize the opportunity of identifying transposable elements, a combination …

… , such as, for example, proliferation of transposable elements. A major intraspecific DNA
content … Interestingly, polyploids may be maintained in populations of unicellular microalgae by …

… The other varieties presented this type of disposition less frequently, at rates that varied up
… by phenomena such as polyploidy and by transposable elements (transposons). On the …

The discovery of telomeric repeats in interstitial regions of plant chromosomes (ITRs)
through molecular cytogenetic techniques was achieved several decades ago. However, the …