Association·nasa
F3 timepoint elicits phase-specific gene expression
Claim that the F3 (microgravity) timepoint causes the most robust and phase-specific changes in gene expression, with notable upregulation of LHC genes and downregulation of GST, histone, and P450 genes.
Confidence
90%
active
Evidence Quote
“Most phase-specific gene groups were observed at the time point of F3. LHC genes were up-regulated and GSTs and cytochrome P450s down-regulated at F3 in roots.”
Relationship
Phase-specific gene expression at F3 induces t-SNE clusters of differentially expressed genes (DEGs)
Arguments
Connections (6)
Inference chain for environment- and phase-specific plant transcriptomic responses in spaceInferenceChain
Spaceflight alters plant gene expressionAssociation
Experimental pipeline and hardware enable rapid transcriptomic profilingInferenceChain
Organ- and context-dependent plant transcriptome responses to spaceflightInferenceChain
Bioinformatic workflows underpin phase- and organ-enriched transcriptomic discoveryInferenceChain
Supplementary material strengthens experimental conclusionsInferenceChain