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Coleman and Chisholm (1) analyzed shotgun metagenomic data and concluded that populations of marine Prochlorococcus were indistinguishable between the North Atlantic and the North Pacific Oceans except in their phosphorus (P) utilization genes. They attributed these findings to recent horizontal gene transfer (HGT) of P genes in the genome of the Atlantic Prochlorococcus, favored by the stronger P-limitation in the Atlantic vs. the Pacific Ocean. We analyzed the datasets in their article (1) and found that the most abundant surface Prochlorococcus ecotype is indistinguishable between the two sampling sites [Hawaii Ocean Time Series (HOT) for Pacific and Bermuda Atlantic Time Series (BATS) for Atlantic] in most, if not all, of the P-utilization genes identified previously to be more abundant at BATS (1). In particular, the two corresponding populations encode the phoBR genes (phosphate two-component response regulators), whereas they both …

Phosphorus-related gene content is similar in Prochlorococcus populations from the North Pacific and North Atlantic Oceans