Abstract
We report three metagenome-assembled genomes (MAGs) of Planktomarina strains from coastal seawater (Portugal) to help illuminate the functions of understudied Rhodobacteraceae bacteria in marine environments. The MAGs encode proteins involved in aerobic anoxygenic photosynthesis and a versatile carbohydrate metabolism, strengthening the role of Planktomarina species in oceanic carbon cycling.
Highlights
Bacterioplankton communities are key players in nutrient cycling in the world’s oceans [1]
91.94 92.19 91.95 a The original metagenome BioSample from which the metagenome-assembled genomes (MAGs) was obtained. b Compl, completeness score; Cont, contamination score. c CDSs, coding DNA sequences. d ANI and amino acid identity (AAI) were obtained with Microbial Genomes Atlas (MiGA) against the genome sequence of type strain P. temperata RCA23
The average nucleotide identity blast (ANIb) and average amino acid identity (AAI) values were calculated between MAGs and P. temperata RCA23 using JSpeciesWS [15] and aai.rb [16], respectively
Summary
Bacterioplankton communities are key players in nutrient cycling in the world’s oceans [1]. 91.94 92.19 91.95 a The original metagenome BioSample from which the MAG was obtained. D ANI and AAI were obtained with MiGA against the genome sequence of type strain P. temperata RCA23 (accession number GCA_000738435).
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