Distinct lignocellulosic and cellulose-derived carriers are essential for safe, effective biofilm-based food fermentations, with specific design and validation criteria identified.
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Moving in Biotechnology advances, bioRxiv, Applied and environmental microbiology, FEMS Yeast Research, mBio, Nature Communications, Plant Physiology and Biochemistry, Trends in Microbiology.
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Distinct lignocellulosic and cellulose-derived carriers are essential for safe, effective biofilm-based food fermentations, with specific design and validation criteria identified.
OxyR is essential for Zymomonas mobilis to manage oxidative stress during oxic growth and delays ethanol production during anoxic biofuel fermentation, with peroxide identified as a key stressor.
Deletion of Nsd3 in Trichoderma reesei enhances cellulase and hemicellulase activities by removing repression of key genes, revealing a novel regulatory role in fungi.
Loss of UPL3 disrupts cellulose and xylan organization, enlarging seed mucilage halos and impairing structural interactions in Arabidopsis seed coat.
Spatial engineering significantly enhances microbial cell factory efficiency by improving metabolic organization and flux distribution.
Covalently linked lignin-cellulose composites with packaging-grade mechanical properties are produced via a scalable, ambient-pressure, metal-free process from residual biomass.
Harnessing yeast biodiversity, including diverse natural and engineered strains, advances industrial bioproduction with over 100 strain libraries and extremophilic models.
Pathway remodeling and adaptive evolution enabled Escherichia coli to co-utilize glucose and xylose efficiently, achieving improved bioconversion of lignocellulosic biomass.
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