Global warming and climate instability have spurred interest in using renewable carbon
resources for the sustainable production of chemicals. Cyanobacteria are ideal cellular …

Highlights•Transporter proteins are essential for substrate uptake, product export, and
intercompartmental metabolite exchange.•Transporter activity of a cell can be engineered to …

Photosynthetic cyanobacteria are capable of utilizing sunlight and CO 2 as sole energy and
carbon sources, respectively. With genetically modified cyanobacteria being used as a …

Developing sustainable routes for producing chemicals and fuels is one of the most
important challenges in metabolic engineering. Photoautotrophic hosts are particularly …

Cyanobacteria are of great importance to Earth's ecology. Due to their capability in
photosynthesis and C1 metabolism, they are ideal microbial chassis that can be engineered …

Lysine toxicity on certain groups of bacterial cells has been recognized for many years, but
the detailed molecular mechanisms that drive this phenomenon have not been elucidated …

As photoautotrophic organisms, cyanobacteria capture and store solar energy in the form of
biomass. Cyanobacterial biomass has been an important component of diet and nutrition in …

Decades of research have been put in place for developing sustainable routes of
bioproduction of high commercial value natural products (NPs) on the global market. In the …

Microbial production of chemicals using renewable feedstocks such as glucose has
emerged as a green alternative to conventional chemical production processes that rely …

Carbon neutrality by 2050 has become one of the most urgent challenges the world faces
today. To address the issue, it is necessary to develop and promote new technologies …