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. 2006 Aug 22;103(35):13104–13109. doi: 10.1073/pnas.0602399103

Table 2.

Putative identification of dominant (most predictable) OTUs from DFA

OTU Group(s) (accession nos.)
402 γ-Proteobacteria - CHABI-7 subgroup (DQ009149)
417 Actinobacter (DQ157868)
465 SAR86 (AY552545)
531 γ-Proteobacteria - SPOTS121 subgroup (DQ009145)
534 γ-Proteobacteria - SPOTS121 subgroup (DQ009143)
555 Alteromonas (AF408841)
621 Bacteroidetes (DQ009091)
Fibrobacter (DQ009159)
624 SAR406 (DQ009157)
666 SAR11 (DQ009203)
675 α-Proteobacteria (DQ009262)
681 SAR11 (DQ009194)
687 SAR116 (DQ009272)
SAR11 (DQ009253)
Alteromonas (AF408829)
690 Pelagibacter ubique str. 1062 (SAR 11) (NC_007205)
699 SAR11 (AY033325)
704 α-Proteobacteria (DQ009256)
SAR11 (AF151254)
719 SAR11 (DQ009166)
734 Verrucomicrobia (AY033323)
739 Verrucomicrobia (DQ009368)
Bacteroidetes (DQ009104)
769 Bacteroidetes (DQ157869)
799 Bacteroidetes (DQ646394)
914 Prochlorococcus (NC_007335)
1040 Synechococcus (DQ009365)
γ-Proteobacteria - OM182 subgroup (DQ009156)

ARISA OTU numbers (ARISA fragment length, in base pairs) and group identities (phylogenetic groups of known marine sequences with matching ARISA lengths) for 22 of the 36 unique dominant OTUs from DFA listed in Table 1. OTUs not appearing here, but in Table 1, do not match any known marine sequence. GenBank accession numbers of identifying clones/cultures are also listed.