Association·nasa
Central signaling via TOR integrates BCAA, C/N metabolism, and stress in AGR
Claim that Target of Rapamycin (TOR) integrates signals from BCAA metabolism, carbon/nitrogen status, and stress signaling to modulate Arabidopsis responses to altered gravity.
Confidence
80%
active
Evidence Quote
“central signaling regulates spaceflight-induced stress responses...TOR signaling regulates autophagy and senescence, as well as resource reallocation mechanisms...BCAAs also affect TOR activity directly...modulate the response of plants to altered gravity”
Relationship
TOR (Target of Rapamycin) signaling integrates BCAA C N stress
Connections (5)
Literature-backed reasoning for transcriptome and pathway interpretationInferenceChain
Light signaling pathwayFactor
TOR centrality and integration in metabolic and stress signalingInferenceChain
BCAA metabolism affects TOR signalingAssociation
TOR as hub integrating signaling and metabolism in ArabidopsisInferenceChain
Evidence
“Reference concerning TOR kinase as a central hub for plant growth and metabolism”
(2019). Target of Rapamycin kinase: central regulatory hub for plant growth and metabolism