Exploring how metabolic engineering transforms plant oils into nutrient-rich, sustainable food sources through advanced genetic modification techniques.
Explore the fascinating central carbon metabolism of Pichia pastoris and how this yeast is revolutionizing biotechnology through metabolic engineering.
Explore how genome-scale models are revolutionizing biology by creating digital twins of cells to predict behavior and engineer biological solutions.
Discover how CRISPR-Cas9 technology enables rapid generation of lncRNA knockout mice in just 18-20 weeks, revolutionizing functional genomics research.
Explore advances in metabolic engineering of methylotrophic yeasts for sustainable production of chemicals, fuels, and pharmaceuticals from methanol.
Discover how metabolic engineering is enhancing xanthophyll content in tomatoes to create vision-protecting superfoods with improved nutritional value.
Discover how scientists optimized P450 enzymes in E. coli to produce Taxol precursors, revolutionizing cancer drug production through metabolic engineering.
Discover how Arabidopsis plants use specialized triterpene metabolites to selectively shape their root microbial communities for improved health and growth.
Discover the fascinating science behind glucosinolates in potherb mustard and their remarkable health benefits revealed through metabolomics and transcriptomics research.
Explore the complex metabolic map of maize kernels, revealing how genetics and environment shape nutritional value, flavor, and resilience in this vital crop.