Microgravity triggers coordinated transcriptional shifts impacting auxin signaling, vesicle transport, and stress response in leaves — NASA Knowledge Graph

InferenceChain·nasa

Microgravity triggers coordinated transcriptional shifts impacting auxin signaling, vesicle transport, and stress response in leaves

This reasoning chain synthesizes how microgravity induces gene network changes in auxin-regulated growth, vesicle-mediated trafficking, and stress defense based on regulatory elements and known molecular mediators in Arabidopsis leaves.

Confidence
80%
◑partialactivecomplexity: mid

Reasoning Steps (2)

Auxin signaling genes upregulated by microgravity are regulated by TCP and ARF transcription factorsStep 1
miR319 and other miRNAs modulate gene expression changes in response to microgravityStep 2

Source

Synthesis for current paper

Connections (3)

Microgravity upregulates auxin signaling genesAssociation
Microgravity upregulates vesicle-mediated transport genesAssociation
Microgravity upregulates specific miRNAsAssociation