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Spaceflight increases unsubstituted xylan backbone labeling in xylem cells — NASA Knowledge Graph

Association·nasa

Spaceflight increases unsubstituted xylan backbone labeling in xylem cells

Claim that xylan backbone epitopes (CCRC-M140 etc.) are more intensely labeled in xylem cells of root cross-sections from space-grown seedlings than ground controls.

Confidence
90%
active

Evidence Quote

“Xylan backbone epitopes more intensely labeled in xylem cells of space-grown roots than ground controls.”

Relationship

Space-grown Arabidopsis seedlings increases xylan backbone epitope

Arguments

Space-grown Arabidopsis seedlingssubject
Root cell wall non-cellulosic epitope compositionobject

Connections (4)

Mechanisms underlying spaceflight-induced Arabidopsis root cell wall epitope changesInferenceChain
Spaceflight alters plant gene expressionAssociation
Root secondary cell wall formationFactor
Spaceflight increases xylan backbone epitope labeling in xylem cellsAssociation