Cell wall polymer interactions, not polysaccharide fine structure, primarily determine recalcitrance in energy cane varieties.
Polysaccharides and Plant Cell Walls
Moving in Plant Physiology and Biochemistry, Journal of Experimental Botany, bioRxiv, Plant, Cell & Environment, Applied and environmental microbiology, Communications Biology, Fungal Biology and Gastroenterology.
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Higher estimated intake of β-glucan and inulin is linked to a 30% reduced risk of Crohn's disease in a high-risk cohort of first-degree relatives.
- 2 cites
N-glycosylation determines functional divergence of paralogous plant chitinases, balancing immunity and growth in Arabidopsis thaliana.
Deletion of amyR in Aspergillus niger reduces amylolytic activity by repressing key enzyme genes and enhances cellulose utilization and growth on cellulose media.
- 1 cites
A fungal gene encoding a β-1,3-glucanase (GH64) is linked to multihost infection in Plectosphaerella cucumerina and other plant-colonizing fungi.
- Open access
Deletion of Nsd3 in Trichoderma reesei enhances cellulase and hemicellulase activities by removing repression of key genes, revealing a novel regulatory role in fungi.
- Open access
Plant-derived pectin forms distinct nanoscale morphologies and demonstrates tight association with animal tissue in a surgical setting.
- Open access
Polysaccharides like pectin and xyloglucan are crucial for the structural integrity of root extracellular traps in Pisum sativum and Glycine max, showing high resistance to enzymatic breakdown.
- Open access
Vein-specific overexpression of galactinol synthase enhances salinity tolerance in poplar by 50% through improved ion regulation and stress response mechanisms.
- Open access
Exogenous GA(3) delays walnut fruit maturation by approximately 7 days and alters kernel fatty acid composition, notably reducing oleic acid and increasing linoleic acid levels.
- Open access
Biofilm-forming plant growth-promoting bacteria significantly enhance drought resilience in Cyamopsis tetragonoloba by improving seed colonization and oxidative stress regulation.
- Open access
Loss of UPL3 disrupts cellulose and xylan organization, enlarging seed mucilage halos and impairing structural interactions in Arabidopsis seed coat.
Glucose-Target of Rapamycin signaling directs root growth adaptation in Arabidopsis under water deficit, with 50% more precise root orientation.
Acylsugars exhibit extensive structural diversity in Solanaceae, influencing plant defense and ecological interactions, with advances in analytical methods enabling detailed characterization.
- Open access
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