Many carbon‐fixing organisms have evolved CO2 concentrating mechanisms (CCMs) to
enhance the delivery of CO2 to RuBisCO, while minimizing reactions with the competitive …

The intracellular accumulation of inorganic carbon (Ci) by microalgae and cyanobacteria
under ambient atmospheric CO2 levels was first documented in the 80s of the 20th Century …

Photosynthetic organisms possess a variety of mechanisms to achieve balance between
absorbed light (source) and the capacity to metabolically utilize or dissipate this energy …

Across bacteria, protein-based organelles called bacterial microcompartments (BMCs)
encapsulate key enzymes to regulate their activities. The model BMC is the carboxysome …

Conventional carbon fixation by microalgae involves the direct introduction of CO 2 as the
carbon source for microalgal growth. However, CO 2 displays low solubility in water and a …

Regulating photosynthetic machinery is a powerful but challenging strategy for selectively
inhibiting bloom-forming cyanobacteria, in which photosynthesis mainly occurs in thylakoids …

Highlights•The A/D family of ATPases spatially organizes an array of disparate cellular
cargos.•Our understanding of organelle trafficking in bacteria remains in its infancy.•Many …

In the practical scale of cyanobacterial cultivation, the golden algae Poterioochromonas
malhamensis is a well-known predator that causes devastating damage to the culture …

Carboxysomes, the most prevalent and well-studied anabolic bacterial microcompartment,
play a central role in efficient carbon fixation by cyanobacteria and proteobacteria. In …

Bacterial microcompartments (BMCs) are widespread, protein-based organelles that
regulate metabolism. The model for studying BMCs is the carboxysome, which facilitates …