Frontiers in Microbiology · 2018 · 45 citations · 60 references
Life SciencesMicrobiologyOceanographyBacteriologyMarine MicrobiologyMicrobial Ecology16S Ribosomal Ribonucleic Acid AnalysisAquatic Microbial EcologyBacterial EcologyMarine BacteriologyMicrobial DiversityMicrobial OceanographyBacterial Community DynamicsBacterial Community EcologyBacterial Operational Taxonomic UnitsMarine Bacterial Community StructureMarine Bacterial DiversityMarine Bacterial EcologyNifh Gene AbundanceNitrogen Source Utilization
had an increased expression in N-deficient surface water. The predicted ammonium transporter and ammonium assimilation enzymes were most abundant in surface samples while urease and nitrogenase were more abundant in the N-deficient regions. These findings underscore the fact that marine bacteria have evolved diverse N utilization strategies to adapt to different N habitats, and that urea metabolism is of vital ecological importance in N-deficient regimes.
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