Project description:Moorella thermoacetica-CdS hybrid system have been proven capable of efficiently harnessing solar energy into chemical energy. This project aims to make clear the concrete electron transport pathway, CO2 fixation process and energy production for this photosynthetic biobybrid system with the help of quanlitative and label free quantitative proteomics.
Project description:Draft Genome of Parageobacillus thermoglucosidasius Isolated from a Fresh Water Lake Sediment, a Member of Hydrogenogenic Carbon Monoxide Utilizers.
Project description:Draft Genome of Parageobacillus thermoglucosidasius Isolated from a Fresh Water Lake Sediment, a Member of Hydrogenogenic Carbon Monoxide Utilizers.
Project description:Proteomic analysis was utilized to explore the effects on the microorganism induced by the carbon-based semiconductor. We then characterized the proteomic and changes of the proposed M. thermoacetica-g-C3N4 and Moorella thermoacetica-CdS hybrid system during light harvesting, and proposed the electron transfer, energy generation and CO2 fixation mechanism.