Yonghua Li‐Beisson

This study shows that Lgt is essential for membrane and flagellar integrity in H. pylori, and that revertant cells can overcome this stress through gene expression changes.

This study investigates the role of DTH1 in remodeling lipid and protein environments of lipid droplets during nutrient recovery in Chlamydomonas, revealing its impact on lipid degradation and organelle communication.

This study functionally characterizes algal CER1/3 proteins in yeast, showing they can mediate hydrocarbon biosynthesis and that mutations impair this function, supporting the evolution of plant CER1/CER3 complexes from algal bifunctional enzymes.

This paper describes an E. coli strain engineered to produce heptane using FAP and a thioesterase, achieving a productivity of 22 mg.L-1.day-1 under blue light.

This study investigates the interaction between the CO2 concentrating mechanism and photorespiration in green algae under low CO2 conditions, finding that photorespiration remains active and glycolate excretion mitigates toxicity.

The paper identifies a blue light signaling pathway in green algae that inhibits starch accumulation via PMSK1 dephosphorylation and GAP1 repression.

This paper identifies ABHD1 as a lysolipid lipase involved in lipid droplet formation through enzymatic and structural actions on the LD surface in Chlamydomonas.

This study identifies DYRKP kinase as a regulator of cell wall degradation in Chlamydomonas by inducing MMP expression, enabling daughter cell hatching.

This study shows that alka(e)nes are essential for maintaining membrane lipid homeostasis and photosynthetic resilience to high light in cyanobacteria.

This study develops a pilot-scale protocol to extract high-purity starch from Chlorella vulgaris and converts it into thermoplastic starch, showing improved mechanical properties compared to commercial starch-based TPS.

Natural variation at KCS4 underlies differential accumulation of polyunsaturated triacylglycerols under carbon starvation by acting as a regulatory branch point in fatty acid fate.