Overview of this BioProject:
We reveal that GA can regulate sex expression of cucumber via an ethylene-dependent manner, and the M (CsACS2), CsETR1 and ERFs are probably involved in this process. Moreover, CAG2, a C-class floral homeotic gene, may also participate in GA-modulated cucumber sex determination, but this pathway is ethylene-independent.
Properties this BioBroject:
| Property Name | Value |
|---|
| Data type | Transcriptome or Gene expression |
| Sample scope | Monoisolate |
| Material | Transcriptome |
| Capture | RandomSurvey |
| Experimental_design | sample
# GA_12h: treated with GA at 12 hours
# GA_6h: treated with GA at 6 hours |
BioSamples of this BioProject:
| BioSample | Organism | Description |
|---|
| Control | Cucumber | cucumber shoot apices without treatment as control
; cultivar : 13_3B; ecotype : gynoecious cucumber; dev_stage : stage of first true leaf which was approximately 2.5 cm in diameter; tissue : shoot apices; treatment : control; |
| GA_12h | Cucumber | cucumber shoot apices treated with GA at 12 hours
; cultivar : 13_3B; ecotype : gynoecious cucumber; dev_stage : stage of first true leaf which was approximately 2.5 cm in diameter; tissue : shoot apices; treatment : treat with GA at 12 hours; |
| GA_6h | Cucumber | cucumber shoot apices treated with GA at 6 hours
; cultivar : 13_3B; ecotype : gynoecious cucumber; dev_stage : stage of first true leaf which was approximately 2.5 cm in diameter; tissue : shoot apices; treatment : treat with GA at 6 hours; |
