Ribo-seq of wild-type and feronia mutant tomato roots under salt stress
This experiment investigates FERONIA-dependent translational regulation in tomato roots under salt stress. Wild-type and feronia mutant seedlings were grown under control conditions or treated with 150 mM NaCl, and root tissues were collected from four experimental groups: WT control, WT salt-treated, fer control, and fer salt-treated, each with three biological replicates. Ribosome profiling was performed to quantify ribosome-protected fragments, ribosome occupancy, and translational efficiency. The matched RNA-seq dataset is provided as a related experiment.
This experiment investigates FERONIA-dependent translational regulation in tomato roots under salt stress. Wild-type and feronia mutant seedlings were grown under control conditions or treated with 150 mM NaCl, and root tissues were collected from four experimental groups: WT control, WT salt-treated, fer control, and fer salt-treated, each with three biological replicates. Ribosome profiling was performed to quantify ribosome-protected fragments, ribosome occupancy, and translational efficiency. The matched RNA-seq dataset is provided as a related experiment.
European Bioinformatics Institute