Plant Stress Responses and Tolerance

The paper integrates physiological, genetic, transcriptomics, and bioinformatics analyses to uncover salt stress adaptation mechanisms in contrasting bread wheat genotypes at osmotic and ionic phases.

This study identifies novel heat stress regulators in tomato cultivars from the Indian sub-continent through transcriptome analysis and functional validation.

This study introduces the XvSap1 gene from Xerophyta viscosa into sweetpotato to enhance drought tolerance, showing improved growth and physiological traits in transgenic plants under drought stress.

The paper uses a network-based meta-analysis of seven drought-tolerant rice genotypes to identify drought-responsive gene modules and pathways involved in stress response.

This study uses RNA-seq to analyze drought stress responses in Marsdenia tenacissima, identifying differentially expressed genes and transcription factors involved in drought resistance.

This study isolates and analyzes the expression of SOS1 and NHX genes in Kochia scoparia under salinity stress, showing increased transcription levels in leaves and roots.

This study uses RNA-Seq to identify drought-responsive genes in grapevine and shows their role in both promoting and hindering drought tolerance through various biological pathways.