Using MEPS to Generate Photosynthetic Electron Transport in

Cyanobacteria have evolved complicated mechanisms to transform light energy into chemical energy during three billion years of existence. Cyanobacteria produce reducing power (NADPH) and chemical energy (ATP) for carbon dioxide fixation using only the most basic of ingredients: light and water.

Related Keywords

New York , United States , American , Cyanobacterium Synechococcus , Alexlky Shutterstock , Cyanobacterium Synechocystis , Laura Thomson , Laura Thomsonmar , Biophysica Acta , John Wiley , American Society For Microbiology , Nature Communications , Properties Of Pure Cultures Cyanobacteria , Angewandte Chemie International Edition , Development Of Synechocystis , Electrochemistry Communications , Energy Environment Science , Sons Inc , Photosynthesis Research , Bioresource Technology , Biomed Research International , Energy Environmental Science , Protein Data Bank , Journal Of The American Chemical Society , Image Credit , Cyanobacteria Lacking Photosystem , American Chemical Society , Molecular Mechanisms , Sustainability Indicators , Photoautotrophic Microbial Factories , Sustainable Synthesis , Plant Science , Green Power Generation From Sunlight , Active Conformation , Glutamate Synthase , Molecular Biology , Oxygenic Photosynthesis , Protein Data , Nature Structural , National Academy , Peptide Science , Based Photocathode , Based Photoanode , Z Scheme Mimic , Electron Transfer , Transient Intermediates , Catalytic Activities Studied , Flash Absorption Spectroscopy , Biological Chemistry , Reactive Oxygen Species , Quality Control , Lipid Peroxidation Accelerates Photoinhibition , Physiological Significance , Cyclic Electron Flow , Photosystem Stoichiometry , Electron Transfer Proteins Are Key , Remarkably Fast Growth , Environmental Science , Electrochemical Methods , Engineering Journal , Scientific Reports , Chemistry Chemical Physics , Environment Science , Bioelectricity Generation , Microbial Fuel Cell , Scientific World Journal , Photobiological Science , Organic Redox Species , Aqueous Flow Batteries , Redox Potentials , Chemical Stability , Genetically Engineered Mutant , Generic Assignments , Strain Histories , Pure Cultures , Chemical Biology , Cyanobacteria ,