Coordination of transcriptional regulation in Arabidopsis adaptation | NASA FyloGraph | FyloGraph

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InferenceChain·nasa

Coordination of transcriptional regulation in Arabidopsis adaptation

This inference chain captures how coordinated transcription factor activity (e.g., WRKY18/40/60), microRNA regulation, and genetic loci (SGR, LAZY) modulate plant signaling and adaptive responses such as pathogen defense, copper homeostasis, gravitropism, and proteome shifts under environmental cues including microgravity.

Confidence

80%

◑partialactivecomplexity: mid

Reasoning Steps (3)

Interplay of transcription factor and microRNA pathways in network regulationStep 1

Gravity, LAZY genes, and SGR loci mediate auxin and morphology adaptationStep 2

Microgravity initiates global proteome remodeling via regulatory networksStep 3

Source

Synthesis for current paper

Connections (5)

WRKY18/40/60 TFs interact in pathogen responseAssociation

micro-RNA regulates copper homeostasisAssociation

SGR4/5/6 mutations alter shoot gravitropismAssociation

LAZY genes mediate gravity effects on auxin and architectureAssociation

Microgravity alters Arabidopsis callus proteomeAssociation