Differential Timing for Glucose Assimilation in Prochlorococcus and Coexistent Microbial Populations in the North Pacific Subtropical Gyre

Agriculture & Biology

• Prochlorococcus 81%
• assimilation (physiology) 49%
• glucose 32%
• microbial communities 10%
• Cyanobacteria 6%
• uptake mechanisms 5%
• inorganic carbon 4%
• photosynthetic bacteria 4%
• primary productivity 4%
• carbon metabolism 4%
• carbon dioxide fixation 4%
• pentoses 4%
• radionuclides 4%
• organic carbon 4%
• genes 3%
• glycolysis 3%
• cell respiration 3%
• sorting 3%
• flow cytometry 3%
• community structure 3%
• photosynthesis 2%
• transcription (genetics) 2%
• phosphates 2%
• carbon 2%
• energy 2%
• metabolism 2%
• cells 1%

Earth & Environmental Sciences

• gyre 58%
• glucose 48%
• assimilation 47%
• microbial community 9%
• gene 8%
• cyanobacterium 7%
• metabolism 6%
• diel variation 5%
• flow cytometry 4%
• inorganic carbon 4%
• carbon 4%
• sorting 3%
• fixation 3%
• photosynthesis 3%
• primary production 3%
• community composition 3%
• radionuclide 3%
• respiration 3%
• community structure 3%
• incubation 3%
• organic carbon 2%
• phosphate 2%
• fold 2%
• bacterium 2%
• cell 2%
• energy 1%

Medicine & Life Sciences

• Prochlorococcus 100%
• Glucose 33%
• Population 20%
• Microbiota 11%
• Carbon 11%
• Cyanobacteria 9%
• Photosynthesis 5%
• Light 5%
• Pentose Phosphate Pathway 5%
• Genes 4%
• Glycolysis 3%
• Radioisotopes 3%
• Respiration 3%
• Flow Cytometry 2%
• Up-Regulation 2%
• Bacteria 2%