Physiological and molecular responses of invasive cyanobacterium Raphidiopsis raciborskii to ambient phosphorus deficiency

Cyanobacterial blooms in China: ecology, toxicity, and treatment

“…Wu et al (2022) presented an overview of R. raciborskii's global distribution and adaptation strategy and demonstrated that the expansion of its geographical distribution could be linked to its genome, toxicity, and ecophysiology. Shi et al (2022a) reported R. raciborskii to cope with P defi ciency at coordinated and complex cellular and physiological responses, refl ecting the multifaceted machinery of R. raciborski dealing with environmental P fl uctuations. Ma et al (2022b) performed bialgal cultures at diff erent initial ratios of biomasses of R. raciborskii and microcystins (MCs)producing or non-MCs-producing M. aeruginosa strains, and revealed that R. raciborskii in the co-cultures stimulated the growth of both MCsproducing and non-MCs-producing M. aeruginosa strains, comparing to M. aeruginosa monoculture.…”