… any gene of interest. It is also possible to fine-tune function of a target gene, for example,
editing key inflorescence development … genome editing to optimize the function of inflorescence-…

… about structure and function of plant genomes and genes, and … In this review, we update the
genome editing applications in … to develop breeding approaches based on genome editing. …

… Given the development and advantages of genome-editing technologies, research that uses
genome editing … Plant and inflorescence architecture, fruit shape and lycopene biosynthesis …

… Here we performed CRISPR/Cas9 genome editing to disrupt DPA4 and SOD7 in aitr256 …
may regulate other aspects of plant growth and development. Indeed, seed size was increased …

… causes high levels of inflorescence branching in flowering plants 30 … inflorescence
development and maintains the inflorescence … We detected genome editing in these T1 plants by …

… Genome editing technology using artificial nucleases, including zinc … genome editing
technology in Solanaceae plants is described, and techniques that may improve genome editing …

… Tomatoes are sympodial plants that develop new branches and inflorescences continuously
from sympodial shoot meristems, giving them an ‘indeterminate’ plant architecture. A …

… inflorescence, and the CRISPR/Cas9 system has demonstrated a promising technology for
genome editing. … To our knowledge, there are no reports on genome editing of sudangrass …

… Genome editing using specific targeted nucleases is a relatively young, burgeoning technology
that is rapidly becoming an integral part of research and development … two inflorescence …

… transformed a climbing woody perennial, which develops axillary inflorescences after many
years of juvenility, into a compact plant with rapid terminal flower and fruit development [73]. …