Association·nasa
Spaceflight increases mAb labeling in root tip sections
Immunohistochemistry revealed that labeling intensity of 10 out of 22 monoclonal antibodies was higher in space-grown roots than in ground controls, especially for xyloglucan, xylan, and arabinogalactan epitopes.
Confidence
80%
active
Evidence Quote
“Immunohistochemistry showed higher mAb labeling in root tips for space-grown seedlings”
Relationship
spaceflight increases Monoclonal antibody labeling in root tip sections
Connections (7)
Spaceflight alters plant gene expressionAssociation
Spaceflight alters root cell wall epitope composition via changes in mAb binding profilesInferenceChain
Monoclonal antibody toolkit illuminates immunolocalization and glycome profiling for cell wall epitope mappingInferenceChain
Spaceflight increases xyloglucan and β-6 Galactan-3 epitope labeling in root tipsAssociation
Spaceflight decreases β-6 Galactan-3 and AG-2 epitope labeling in root tipsAssociation
Spaceflight environment mediates Arabidopsis root cell wall changes via glycomic and immunohistochemical pathwaysInferenceChain
Mechanisms of spaceflight-induced root cell wall changesInferenceChain