TOR centrality and integration in metabolic and stress signaling | NASA FyloGraph | FyloGraph

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InferenceChain·nasa

TOR centrality and integration in metabolic and stress signaling

Reasoning chain connecting the central regulatory role of TOR signaling to the integration of carbon/nitrogen metabolism, BCAA degradation, stress responses, and autophagy in Arabidopsis during flight experiments. Explains how TOR acts as a hub, influenced by upstream signaling such as auxin and GPI-anchored proteins, and modulates downstream stress and metabolic adaptation.

Confidence

80%

◑partialactivecomplexity: mid

Reasoning Steps (3)

TOR integrates BCAA, C/N metabolism, and stress responsesStep 1

Upstream auxin and GPI-anchored protein regulation of TORStep 2

TOR signaling regulates autophagy and energy reallocationStep 3

Source

Synthesis for current paper

Connections (4)

Central signaling via TOR integrates BCAA, C/N metabolism, and stress in AGRAssociation

TOR signaling regulates autophagy, senescence, and resource reallocationAssociation

SKU5 acts upstream of stress-responsive TOR signalingAssociation

BCAA metabolism affects TOR signalingAssociation