Effects of gibberellin priming on seedling emergence and transcripts involved in mesocotyl elongation in rice under deep direct-seeding conditions
Ya Wang, Yuetao Wang, Ruifang Yang, Fuhua Wang, Jing Fu, Wenbo Yang, Tao Bai, Shengxuan Wang, Haiqing Yin
Abstract
)) was highly correlated with the mesocotyl elongation and deep-sowing tolerance response. These results enhance our understanding of how nutrient metabolism-related substances and genes regulate rice mesocotyl elongation. This may facilitate future studies on related genes and the development of novel rice varieties tolerant to deep sowing.
Topics & Concepts
GibberellinBiologySeedlingGeneTranscriptomePlant hormoneAuxinSucrose synthasePriming (agriculture)BotanyGeneticsOryza sativaGerminationTranscription factorArabidopsisCell biologyGene expressionOryzaTranscription (linguistics)RNA-SeqGene familyGravitropismElongationPlant physiologyBiochemistryPlant Molecular Biology ResearchPlant responses to water stressPlant Reproductive Biology