Cyanobacteria are known for their metabolic potential and carbon capture and sequestration
capabilities. These cyanobacteria are not only an effective source for carbon minimization …

Highlights•Metabolic engineering of cyanobacteria for biofuel and bulk chemical
production.•Photoheterotrophic production is improving titers in light and dark …

Highlights•The metabolic plasticity is an intrinsic feature in cyanobacteria.•This feature has
impact on hydrocarbon production from cyanobacteria.•Cyanobacterial carbon metabolism …

The looming climate crisis has prompted an ever‐growing interest in cyanobacteria due to
their potential as sustainable production platforms for the synthesis of energy carriers and …

The availability of inorganic carbon (Ci), the substrate for cyanobacterial photosynthetic
carbon assimilation, changed in long‐term and short‐term timescales. Therefore …

Engineering cyanobacteria into photosynthetic microbial cell factories for the production of
biochemicals and biofuels is a promising approach toward sustainability. Cyanobacteria …

As important oxygenic photoautotrophs, cyanobacteria are also generally considered as one
of the most promising microbial chassis for photosynthetic biomanufacturing. Diverse …

Recent advances in metabolic engineering have made cyanobacteria emerge as promising
and attractive microorganisms for sustainable production, by exploiting their natural …

Development of sustainable energy is a pivotal step towards solutions for today's global
challenges, including mitigating the progression of climate change and reducing …

Synechocystis sp. strain PCC 6803 has been widely used as a photo‐biorefinery chassis.
Based on its genome annotation, this species contains a complete TCA cycle, an Embden …