Multi-condition transcriptomic dataset of AGL103-regulated osmotic stress response in Arabidopsis thaliana.

The dataset encompasses the following experimental conditions:Transcriptome comparison between wild-type (WT) and AGL103-overexpressing (AGL103-OX) materials under normal conditions;Transcriptome comparison between wild-type and agl103 mutant materials under normal conditions;Transcriptome comparison between wild-type and AGL103-overexpressing materials following mannitol treatment;Transcriptome comparison between wild-type and agl103 mutant materials following mannitol treatment;Expression profiling of key gene families involved in stress response, cell wall modification, aquaporins, seed storage proteins, and growth regulation.By integrating multi-dimensional data from normal versus stress conditions, as well as gain-of-function versus loss-of-function lines, this project aims to uncover the molecular mechanisms by which AGL103 regulates drought stress tolerance, water transport, cell wall remodeling, and growth/development in plants.