ENAGenomicsAcademia Sinicahttps://www.ebi.ac.uk/ena/browser/view/PRJNA421884Arabidopsis thalianaLight, an important environmental factor regulates most of plant physiology and development. In the photomorphogenic stage, light globally enhances translation status in de-etiolating Arabidopsis seedlings. More than 1500 genes showed increased translation but not transcription in this developmental process. This implies these mRNAs are translationally repressed in dark-grown seedlings. Through transcriptome and translatome comparisons, we revealed that p-bodies attenuate the translation of mRNAs in the etiolated seedlings. We found hundreds of mRNAs accumulated and also increased translation for thousands of genes in dark-grown dcp5-1, including genes known to regulate the transition from skotomorphogenesis to photomorphogenesis. Our data reports p-bodies regulate both RNA stability and attenuation of translation for specific mRNAs in the dark. Overall design: Three biological replicates for control and dcp5-1 4-d-old etiolated seedlings with or without 4 h of white-light treatment.xref:PubMed:30850529ENAP-Body, Controlling, P body, stress granule, preventive therapy, reference sample, prophylaxis, P-body, GW-Body, plant development in response to light., prevention, P Bodies, preventive measures, Glycine Tryptophan Protein of 182 KDa Bodies, GW Bodies, cytoplasmic foci, cytoplasmic mRNP granule, control, Glycine-Tryptophan Protein of 182 KDa Bodies, Processing Body, P Body, GW-Bodies, prevention and control, P-Bodies, ControlledP-Body, Controlling, P body, stress granule, preventive therapy, reference sample, prophylaxis, P-body, GW-Body, plant development in response to light., prevention, P Bodies, preventive measures, Glycine Tryptophan Protein of 182 KDa Bodies, GW Bodies, cytoplasmic foci, cytoplasmic mRNP granule, control, Glycine-Tryptophan Protein of 182 KDa Bodies, Processing Body, P Body, GW-Bodies, prevention and control, P-Bodies, ControlledfalseP-body mediated translational control in photomorphogenesisP-body mediated translational control in photomorphogenesis2025-09-242019-06-22PRJNA421884GSE107892370230850529