… known as extra-long-staple cotton or Pima or Egyptian cotton, which … Gossypium hirsutum
L, known as upland cotton or the American/Mexican or Acala cotton which is short staple cotton…

… , and then I will explicitly cover the kinds of changes induced by transposable elements (TEs). …
, polyploids created within one species are referred to as autopolyploids, while polyploids …

… species are grouped into primary, secondary, and tertiary gene pools based on their relation
to agronomically important polyploid cottons (ie, G. hirsutum and G. barbadense) and their …

… germinated on Petri plates using socked cotton at 33 C oven (… 10 min in 1 × enzyme buffer
to dispose of the fixative and then … The current work confirms complex polyploidy levels within …

… In the present review, the history of CRISPR/Cas methods is reported. Thereafter, the
advances in genome editing technologies using CRISPR/Cas9 developed rapidly, with base …

… 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 …

Global increases in extreme, transient temperature events are an imminent threat within our
oceans. For coastally on-grown Pacific oysters (Magallana gigas) high thermal stress can …

… 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 …

… Polyploidy cassava seeds produced by two varieties raised from colchicine-treated materials
(TMS98/0505 and TMS98/0581)at three levels of concentration:0, 2 and 4ppmwith their …

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