… has been efficaciously utilized to investigate tolerance against multiple abiotic stresses, …
-mediated genome editing technique in crop plants for dealing with diverse abiotic stresses such …

… stress tolerance via the CRISPR/Cas-mediated targeting of promoters. It is hoped that these
genome editing … novel plant types having tolerance to multiple abiotic stresses but will also …

… The present review encompasses the applications of CRISPR-Cas genome-editing toolkit
against abiotic stress-tolerance in many model as well as commercially important plants with …

… the abiotic stress resilience of … stress signaling cascades in abiotic stress adaptation [77].
Here, we discuss the key advances in the use of genome editing for improving the abiotic stress …

… genome of various crops in combination with the advancement in genome editing … as
provided a magic stick for the crop’s functional genomics. First-generation GETs such as zinc finger …

… abiotic stress tolerance. Accordingly, the CRISPR/Cas system application is introduced in
this mini-review as a way to improve abiotic stress tolerance. Although editing efficiency and …

… tolerance in rice [99]. The role of OsmiR535 in salt stress tolerance was explored by deploying
genome editing tools … CRISPR/Cas9 could improve salinity tolerance in rice. Moreover, a …

… As plant adaptation to salinity stress is under polygenic control … rice genome for salinity
stress tolerance. This will provide an idea to produce rice varieties with enhanced salt tolerance …

… Genome editing is flourishing exponentially and has a great potential to become the dominant
technology to manage the abiotic and biotic stress in plants in recent years. The clustered …

… CRISPR/Cas emerged as a versatile tool in editing genomes for desired traits in highly … the
CRISPR/Cas genome editing tool in its adoption to manipulate plant genomes for novel traits …