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KEGG metabolic pathway remodeling is conserved across platforms — NASA Knowledge Graph

Association·nasa

KEGG metabolic pathway remodeling is conserved across platforms

Claim that conserved and unique metabolic remodeling, including BCAA degradation and central carbon/nitrogen metabolism, occurs in Arabidopsis transcriptomes across suborbital and parabolic flight platforms.

Confidence
80%
active

Evidence Quote

“Metabolic remodeling processes, especially KEGG pathways like amino acid, carbon, and sulfur metabolism, are commonly affected across suborbital and parabolic flight experiments. BCAA degradation is a conserved feature, with both shared and unique DEGs mapping to these pathways.”

Relationship

Platform and genotype context causes Conserved KEGG pathway changes across experiments

Arguments

Platform and genotype contextsubject
Conserved KEGG pathway changes across experimentsobject

Connections (3)

Genotype and platform modulate transcriptomic response to altered gravityAssociation
Conserved stress-responsive biological processes upregulated in altered gravityAssociation
Literature-backed reasoning for transcriptome and pathway interpretationInferenceChain

Evidence

“Reference for KEGG database and pathway resource”

Kanehisa M & Goto S (2000). KEGG: Kyoto Encyclopedia of Genes and Genomes doi:10.1093/nar/28.1.27 ↗