HIGHLIGHTS
- What: In this study, S. glauca black seeds were used as experimental materials, and the transcriptome differences between seed samples at different germination stages, with and without GA3 treatment, were analyzed to identify important metabolism pathways and candidate genes related to GA3-induced dormancy release. In the study , three SgPP2C genes exhibited a decreasing trend during GA3-induced dormancy release, and the highest expression was presented in dry seeds .
- Who: Suaeda glauca and colleagues from the Fujian Agriculture and Forestry University, China have published the Article: Comparative transcriptome analysis reveals the potential mechanism of GA . . .
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