Research Articles
The Artificial Leaf Within: Engineering Yeast to Feast on Thin Air
Discover how scientists are engineering yeast with synthetic Calvin cycles to create carbon-consuming factories that could reshape biotechnology and combat climate change.
Synthetic Biology: Redesigning Life with Cellular Engineering
Explore the revolutionary field of synthetic biology, its tools, AI applications, and transformative impact across medicine, agriculture, and sustainability.
Beyond E. coli: How Unconventional Microbes are Revolutionizing Chemical Manufacturing
Explore how synthetic biology is shifting from conventional to non-conventional microbes for sustainable chemical manufacturing, featuring advanced engineering techniques and case studies.
Programmable Biomolecular Switches: Rewiring E. coli to Become a Tiny Chemical Factory
Discover how scientists are using programmable biomolecular switches to transform E. coli into efficient living factories for sustainable chemical production.
The Sweet Spot of Synthetic Biology: Engineering Bacteria to Brew a Valuable Chemical
Discover how engineered citrate synthase in E. coli is revolutionizing citramalic acid production for sustainable manufacturing of plastics and fuels.
Taming Cellular Sabotage: How a Viral Trick Supercharges Synthetic Biology
Discover how viral silencing-suppressor proteins are revolutionizing metabolic engineering by overcoming cellular defense mechanisms to create more efficient bio-factories.
Unlocking Nature's Medicine Cabinet: How a Soil Bacterium is Revolutionizing Synthetic Biology
Discover how Streptomyces venezuelae TX-TL cell-free system is transforming synthetic biology and natural product discovery.
The Bacterial Bricklayer: Programming Microbes to Build Living Materials
Discover how scientists are engineering Caulobacter crescentus to create stable, high-density, 2D living materials with revolutionary applications.
Cellular Hack: How Scientists Are Engineering Custom Organelles to Revolutionize Metabolism
Discover how synthetic biology is creating artificial organelles to control metabolic pathways, revolutionizing medicine and biotechnology.
The Cellular Touch: Engineering Artificial Cells That Can Feel
Discover how scientists build artificial cells with synthetic mechanosensitive signaling pathways that can sense and respond to physical force, just like biological cells.