… system in allotetraploid cotton and accomplished multiple sites genome editing. The gene
DsRed2 was chosen as a target. Firstly, an DsRed2-overexpressed transgenic cotton line, …

… The editing extent per plant was mainly concentrated in 20%… system has high gene editing
efficiency in cotton. Most of the … a site genome editing in allotetraploid cotton with 87% editing …

… agronomic performance of cotton cultivars. Furthermore, … cotton cultivars. This review provides
a brief overview of the various advancements made in cotton through genetic engineering …

… 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 …

… Inadequate achievement in pioneering desired genes from diploid species to Gossypium
hirsutum is because of obscurity in the F1 hybrid production, chromosome number resurgence …

… due to the absence of efficient genetic transformation (Long et al. 2018). The application
of CRISPR/Cas9 in cotton genome editing is detailed in a separate chapter in this book. …

… tool in cotton breeding programs… cotton genetic engineering achieved by researchers
worldwide utilizing modern biotechnological approaches. Future prospects of the transgenic cotton …

… -mediated targeted mutagenesis in cotton. Here, we report the genome editing and targeted
mutagenesis in upland cotton (Gossypium hirsutum L., hereafter cotton) using the CRISPR/…

… Upland cotton (Gossypium hirsutum L.) is one of the most widely cultivated and economically
valuable crops for the production of natural fibers for the textile industry and seeds for …

… The continuous development of cotton genome sequencing and genome editing technologies
associated with the improvement of transgenic technology and the use of marker-assisted …