Abstract Background Base editors (BEs) display diverse applications in a variety of plant
species such as Arabidopsis, rice, wheat, maize, soybean, and cotton, where they have …

The base‐editing technique using CRISPR/nC as9 (Cas9 nickase) or dC as9 (deactivated
Cas9) fused with cytidine deaminase is a powerful tool to create point mutations. In this …

Adenine base editors (ABE s) have been exploited to introduce targeted adenine (A) to
guanine (G) base conversions in various plant genomes, including rice, wheat and …

Adenine base editors (ABEs), which are generally engineered adenosine deaminases and
Cas variants, introduce site‐specific A‐to‐G mutations for agronomic trait improvement …

Background The high-activity adenine base editors (ABEs), engineered with the recently-
developed tRNA adenosine deaminases (TadA8e and TadA9), show robust base editing …

Recently reported adenine base editors (ABEs) exhibit powerful potential for targeted gene
correction as well as developing gain-of-function mutants and novel germplasms for both …

Gossypium hirsutum is an allotetraploid with a complex genome. Most genes have multiple
copies that belong to At and Dt subgenomes. Sequence similarity is also very high between …

Precise base editing is highly desired in plant functional genomic research and crop
molecular breeding. In this study, we constructed a rice-codon optimized adenine base …

Base editing using CRISPR technologies is an invaluable tool for crop breeding. One of the
major base editors, the adenine base editor (ABE), has been successfully used in both …

As an allotetraploid, most genes have multiple copies that belong to At and Dt subgenomes
in cotton (Gossypium hirsutum). Allotetraploid cotton genome is very complex (AADD, 2n …