Top research and breakthroughs in metabolic engineering
Optimizing gene expression levels is a critical challenge in metabolic engineering and therapeutic development, directly impacting product yield, cellular fitness, and treatment efficacy.
Recent publications and findings in the field
This comprehensive guide addresses the critical challenge of validating constraint-based metabolic model predictions using 13C labeling data, a corner...
This review provides a comprehensive comparative analysis of methanol assimilation pathways in engineered yeast, a frontier in sustainable bioproducti...
This article provides a comprehensive evaluation of Escherichia coli and Saccharomyces cerevisiae as chassis organisms for metabolic engineering, tail...
Flux Balance Analysis (FBA) is a cornerstone constraint-based method for predicting metabolic behavior in systems biology and metabolic engineering.
This article provides a comprehensive guide to model validation and selection for metabolic flux analysis (MFA) and flux balance analysis (FBA), criti...
Optimizing gene expression levels is a critical challenge in metabolic engineering and therapeutic development, directly impacting product yield, cell...
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