Genomic insights into stress tolerance and phytoremediation potential in prosopis species: An in silico analysis

The genus Prosopis encompasses diverse tree species renowned for their exceptional tolerance to harsh environments, including drought, high temperatures, and salinity. This study employed an in-silico approach to identify, classify, and compare the genomic features associated with stress tolerance in various Prosopis species. We analysed the genomes of several Prosopis species known for their stress resilience. Through bioinformatics tools, we identified and classified genes potentially involved in stress tolerance pathways. Comparative analysis was then conducted to elucidate similarities and differences in the genomic architecture of these stress tolerance mechanisms across different Prosopis species. This research aims to provide valuable insights into the genetic basis of stress tolerance in Prosopis. The identified genes and their associated pathways can serve as potential targets for future functional studies and the development of stress-resistant crop varieties using genetic engineering or molecular breeding techniques. By understanding the unique adaptations of Prosopis at the genomic level, we can contribute to enhancing crop resilience in the face of growing environmental challenges.