Tag: synthetic biology

A new review reveals that microbial communities and iron chemistry govern carbon storage and fertility in flooded rice paddies, showing ...

A comprehensive review shows how CRISPR engineering, microbial melanin factories, bioprinted skin, organ-on-chip devices, and artificial melanosomes are replacing outdated ...

Researchers engineered the cyanobacterium Synechocystis PCC 6803 to secrete acetate from CO2 and paired it with engineered E. coli and ...

A new review details how synthetic biology is transforming rice, maize and wheat into sustainable platforms for producing omega-3 fatty ...

Researchers engineered Bacillus methanolicus with a heterologous phosphoketolase to boost methanol-to-biomass yields by up to 20 percent while cutting biogenic ...

University of Nottingham scientists have shown that root anatomy, metabolic reprogramming and microbial colonisation work together to let plants reshape ...

Engineered bacteria that overproduce rock-dissolving siderophore molecules significantly accelerate silicate mineral weathering, potentially boosting carbon dioxide removal on farmland.

German researchers have developed an inducer-independent, single-plasmid CRISPR-Cas9 system that enables fast, versatile genome editing across multiple industrially important Bacillus ...

A new Nature Biomedical Engineering study maps the sequence and structural features that determine whether chimaeric antigen receptors signal effectively, ...

A comprehensive review argues that seaweed-derived compounds such as phlorotannins, sulfated polysaccharides and halogenated terpenoids could underpin next-generation antimicrobial and ...