ABSTRACT: RNA-protein dynamics of high CO2-adapted, iron-phosphorus co-limited Trichodesmium reveals nutrient-limited molecular architecture of a globally significant marine nitrogen fixer in a future ocean
Project description:Our paper presents the results of a study in which we used Illumina RNA-Seq (i.e. transcriptomics) and high-CO2 nutrient limitation experiments to examine transcriptional variation of iron-limited, phosphorus-limited, and iron-phosphorus co-limited cultures following long-term (~7 years) low- (380 µatm CO2) and high-CO2 (750 µatm CO2) selection. Hence, we describe the molecular physiology of the globally-significant, biogeochemically-critical marine cyanobacterium Trichodesmium.
Project description:Biogeographic conservation and CO2-dynamics of the cytosine methylome in the globally important cyanobacterium Trichodesmium [RNA-Seq]
Project description:Global proteomes of Trichodesmium erythraeum sp. IMS101 over the diel cycle. Cells were grown in a 14:10 day/light incubator with mimicked dusk and dawn illumination. Sampling occurred every 1-3 hours with concentrated sampling around dawn and dusk.
