Inference chain for environment- and phase-specific plant transcriptomic responses in space | NASA FyloGraph | FyloGraph

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Inference chain for environment- and phase-specific plant transcriptomic responses in space

This reasoning chain explains how plant transcriptomic responses during suborbital and orbital spaceflight – as well as parabolic flight – are shaped by distinct environmental, temporal, and organ-specific cues, resulting in differential and phase-specific gene expression patterns, with prominent roles for ROS, heat shock, histone, and signaling genes.

Confidence

80%

◑partialactivecomplexity: mid

Reasoning Steps (3)

t-SNE clustering reveals phase- and organ-specific gene family enrichmentStep 1

Unique and common transcriptomic responses distinguish suborbital from orbital spaceflightStep 2

ROS signaling and rapid phase-specific gene regulation underlie acute stress responseStep 3

Source

Synthesis for current paper

Connections (6)

Gene family enrichment is phase- and organ-dependent in suborbital flightAssociation

F3 timepoint elicits phase-specific gene expressionAssociation

Unique and common DEGs differ for suborbital and orbital flightAssociation

Distinct HSP/HSF gene regulation patterns in suborbital vs orbital flightAssociation

ROS-associated gene clusters dominate suborbital DEG profileAssociation

Histone and bHLH genes are differentially expressed uniquely in suborbital flightAssociation