… /Cas9 system is highly efficient and reliable for allotetraploid cotton genome editing. …
CRISPR/Cas9 system in allotetraploid cotton and accomplished multiple sites genome editing. The …

… cotton genome editing. Overall, in this study, we successfully built a site genome editing in
allotetraploid cotton with 87% editing … Our results are comparable with the editing efficiency in …

… Comparing the off-target effects in previous reports, the GhBE3 system used in this report
is highly precise for cotton genome editing. The negligible C→T conversions at these off-target …

… To investigate the genome editing specificity of ABEs in cotton, two edited plants
generated by the GhABE7.10n and GhABE7.10d vectors were chose to determine the off-target …

… In this review, a general description of the available genome editing platforms has been
given with special emphasis on using these platforms for genetic improvement in cotton. …

… cotton genes, an important requisite in this allotetraploid crop. We also show that multiple
gene targeting can be achieved in cotton … to produce targeted gene fragment deletions in the …

… facilitated the development of high-oleic, non-transgenic mutants in allotetraploid upland
cotton with an editing efficiency as high as 54% [29]. These transgene-free mutants hold …

… However, the temperature sensitivity of LbCpf1 has not been tested in cotton yet, a high
temperature‐resistant crop. In order to improve LbCpf1 efficiency and determine the …

… Recently, CRISPR/Cas9-mediated genome editing system … targeted gene mutation in
allotetraploid cotton genome using … -like D that derived from upland cotton (Gossypium hirsutum) A …

… More than 90% of fiber products come from allotetraploid cotton (G. hirsutum and G.
barbadense), which originated from an allopolyplodization event approximately 1–2 million year ago…