Closest relative

Similarity (%)

GenBank accession number

Taxon

Diet I

Control 1

Serratia sp. GIST-WP4w1

99

EF428994

γ-Proteobacteria

Control 2

Stenotrophomonas sp. Bt-45

99

GU564359

Bacteria

Control 3

Pseudomonas putida 5IIANH

99

AF307869

γ-Proteobacteria

Control 4

Serratia proteamaculans 2Sm39

97

AM268219

γ-Proteobacteria

Control 5

Vibrionaceae bacterium clone HE_C4

100

FJ178090

γ-Proteobacteria

Control 6

Pseudomonas fluorescens strain XXPFMDU1

100

GU048851

γ-Proteobacteria

Control 7

Uncultured organism clone OTUI167

99

EU332816

γ-Proteobacteria

Control 8

Pseudomonas putida strain CH-22

99

GU060497

γ-Proteobacteria

Control 9

Uncultured archaeon AEXO15n.4

97

FM242736

Archaeae

Control 10

Serratia sp. I-111-21

99

FJ786072

γ-Proteobacteria

Control 11

Uncultured g-proteobacterium RBE1CI-38

96

EF111061

γ-Proteobacteria

Control 12

Pseudomonas sp. VS05_112

99

FJ662898

γ-Proteobacteria

Control 13

Yersinia massiliensis CCUG 53444

98

EF179120

γ-Proteobacteria

Control 14

γ-proteobacterium 6.1.12_I

98

GU352683

γ-Proteobacteria

Control 15

Ewingella americana

99

AB428447

γ-Proteobacteria

Control 16

γ-proteobacterium 7.1.14_S

99

GU352879

γ-Proteobacteria

Control 17

Uncultured bacterium clone 2B

99

FN396941

 

Control 18

Uncultured bacterium clone nbt36b09

99

FJ893837

γ-Proteobacteria

Control 19

Pseudomonas putida 5IIANH

97

AF307869

γ-Proteobacteria

Control 20

Uncultured bacterium S01_E08

99

AB374478

γ-Proteobacteria

Diet II

L2+I_1

γ-proteobacterium clone P_C1

100

FJ178095

γ-Proteobacteria

L2+I_2

Uncultured bacterium clone 50p7_2505

96

FJ935499

 

L2+I_3

Uncultured bacterium clone 2B

97

FN396941

 

L2+I_4

Pseudomonas fluorescens strain XXPFMDU1

99

GU048851

γ-Proteobacteria

L2+I_5

γ-proteobacterium 6.1.12_I

99

GU352683

γ-Proteobacteria

L2+I_6

Uncultured planctomycete Mu2MO16E2.2

98

AM941034

 

L2+I_7

Uncultured bacterium clone 50p15_611

99

FJ935397

γ-Proteobacteria

L2+I_8

Enterobacteriaceae bacterium GGC-D12

100

FJ348020

γ-Proteobacteria

L2+I_9

Uncultured bacterium clone 0p15_414

85

FJ933826

γ-Proteobacteria

L2+I_10

Vibrio parahaemolyticus K5030

98

ACKB01000119

γ-Proteobacteria

L2+I_11

Uncultured Pseudomonas sp. clone K13

96

AM947012

γ-Proteobacteria

L2+I_12

Uncultured bacterium clone 50p12_408

100

FJ935181

γ-Proteobacteria

L2+I_13

Serratia proteamaculans strain 94

99

EU327084

γ-Proteobacteria

L2+I_14

Enterobacteriaceae bacterium GGC-D12

99

FJ348020

γ-Proteobacteria

L2+I_15

Uncultured bacterium clone 50p15_108

99

FJ935228

γ-Proteobacteria

L2+I_16

Uncultured bacterium clone 50p15_512

98

FJ935383

γ-Proteobacteria

L2+I_17

Uncultured bacterium clone 50p8_610

97

FJ935723

γ-Proteobacteria

L2+I_18

Pseudomonas fluorescens SBW25

100

NC_012660

γ-Proteobacteria

L2+I_19

Pseudomonas entomophila

99

NC_008027

γ-Proteobacteria

L2+I_20

Uncultured cyanobacterium clone O7

97

FJ178040

Cyanobacteriae

L2+I_21

γ-proteobacterium 2.1.12_I

98

GU352593

γ-Proteobacteria

L2+I_22

Uncultured archaeon isolate AEXO15n.4

100

FM242736

Archaeae

Table 3: 16S rRNA sequence similarities to closest relatives obtained from BLAST search, of DNA corresponding to Sparus aurata specimens fed with the different diets assayed for two weeks. Diet I is a commercial diet, and diet II, is a commercial diet supplemented with the symbiotic mixture.