Discover how metatranscriptomics is revolutionizing our understanding of microbial eukaryotes and their critical role in Earth's ecological balance.
Breakthrough in encapsulating abiotic photosensitizers inside bacterial microcompartments for artificial photosynthesis applications
Explore how Multivariate Modular Metabolic Engineering (MMME) transforms microbes into efficient biofactories for medicine, fuels, and chemicals.
Discover how baker's yeast reveals massive hidden metabolic and translational reserves when faced with nitrogen stress, and how this could revolutionize biotechnology.
Exploring the revolutionary sustainable chemistry approaches for fatty nitrile synthesis that could transform the chemical industry.
Decoding the Genome with Pinpoint Precision to Engineer Better Proteins, Microbes, and Cures
Exploring how Dynamic Flux Balance Analysis enables efficient biofuel production through microbial co-cultures of S. cerevisiae and E. coli
Discover how scientists are reprogramming microbes to transform PET plastic waste into high-value chemicals, pioneering a circular economy solution.
Exploring the revolutionary field of synthetic genomics that aims to design and construct entire genomes, opening doors to virus-resistant crops, bespoke cell therapies, and climate-proof microbes.
Exploring how metabolic engineering is creating apoptosis-resistant cell lines to revolutionize biopharmaceutical production.