… of salt tolerance and effective breeding strategies. … Rbohs are candidate genes for improving
salt tolerance in rice. In … also have the potential to improve rice salt tolerance. For example, …

… of cytokinins in both salt tolerance and grain development and … breeding strategies to improve
grain yield under salt stress in … potential gene editing targets for engineering salt tolerance …

… crop plants to recognize genes related to salt tolerance and their introgression [7].. Utilization
of molecular tools in breeding … salinity tolerance and regeneration potential by mimicking of …

… Besides evaluating the potential genes from various metabolic pathways that confer salt
tolerance in both model and crop plants, we also discuss how genetic modification of signalling/…

… improvement of sorghum with high yield and salt tolerance, here, we explore the potential
… Another important genetic breeding strategy is targeting induced local lesions in genomes (…

… review highlights the molecular mechanisms of salinity tolerance, various molecular methods
of breeding, and many sources of genetic variation for inducing tolerance to salinity stress. …

… This review focuses on the potential and successful … plant biotechnology plays an important
role in identifying candidate genes that are potentially involved in salinity stress tolerance. …

… approaches in improving salt tolerance in crop species. A … shoots required for salt tolerance
is presented. Transgenic … the potential benefits of this approach to improvement of crop …

… on salt tolerance mechanisms in halophytes, we also comprehensively discuss the potential
of improving salt tolerance in crop plants by … sustainable agriculture in salinity-prone areas. …

… to increase salt tolerance in crop species we need to understand which growth adaptations
to salt … Another RLK with a possible role in salt stress, MIK2/LRR-KISS, was identified in a …