Synthetic Biology News

Learn how high throughput DNA assembly helps expedite metabolic engineering for biofuel pathway optimization in microbes.

Learn about how alanine scanning mutagenesis helps to map amino acid residues essential for protein functions and protein-protein interactions facilitating immunogen and antibody design and supporting therapeutic development.

Driving Antibody Development through Improved Engineering Technologies

Endogenous studies of SERINC5, a transmembrane protein critical for restricting HIV-1 infection, finally possible

In a time when the use of personal protective equipment (PPE) has become a global and mainstream necessity, no longer limited to scientists and health care professionals, innovation by a team at the University of San Francisco is paving the way for a new

Researchers at the University of California San Diego have designed a cell-to-cell communication system, focusing on bacterial quorum sensing.

First ever de novo-designed bioactive protein switch controls biological processes in living cells

Synthetic biology achievements in 2018 and prospects in 2019

Development of plasmid-free biosynthetic pathway in bacteria for large-scale production of plant-derived compounds

Professor Uri Alon describes how synthetic biology can alter the ageing clock of DNA to eliminate disease and help us live longer, healthier lives