Deletion of amyR in Aspergillus niger enhances cellulose utilization and impairs conidiation, stress tolerance, and fruit decay capacity, revealing its multifunctional regulatory roles.
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Moving in Applied and environmental microbiology, Biotechnology advances, bioRxiv, Fungal Biology, Journal of bacteriology, Nature Chemical Biology, Nature Reviews Molecular Cell Biology.
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Deletion of amyR in Aspergillus niger enhances cellulose utilization and impairs conidiation, stress tolerance, and fruit decay capacity, revealing its multifunctional regulatory roles.
Alternative proteins could help meet the projected 50% increase in global meat demand by 2050, but large-scale production remains a significant challenge.
F. sanfranciscensis impairs the growth of M. humilis in sourdough, with bacteria dominating and consuming less maltose than when grown alone.
Components of the Clp complex are essential for sporangium formation and dehiscence in Actinoplanes missouriensis, with the clpX gene affecting spore release by over three orders of magnitude.
AI-driven enzyme design achieves highly efficient and safe food enzymes, with advancements enabling the creation of novel biocatalysts and improved stability.
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