High-throughput sequencing data of the actived sludge from bioreactor
Genomic DNA was extracted from 18 individual samples: H2, H2_CO2, N2, Sludge,X4_1201_AS, X4_1201_DS, X4_1204_IF, X4_1204_AI, X4_1204_AE, X4_1204_EF,X4_1204_AS, X4_1204_DS, X4_1207_IF, X4_1207_AI, X4_1207_AE, X4_1207_EF,X4_1207_AS, X4_1207_DS, X4_1210_IF, X4_1210_AI, X4_1210_AE, X4_1210_EF,X4_1210_AS, X4_1210_DS, X4_1201_IF, X4_1201_AI, X4_1201_AE, X4_1201_EF,.MangroveA1_1, MangroveA1_2, MangroveA1_3, MangroveA1_4, MangroveA1_5,MangroveA1_6, MangroveA1_7, MangroveA3_1, MangroveA3_2, MangroveA3_3,MangroveA3_4, MangroveA3_5, MangroveA3_6, MangroveA3_7, X1, X2, X3, X5, X4,C7, C2, C8, C3, C1, C4, C6, C5. The V6 region of bacterial 16S rRNA genes was amplifiedusing the primer 958F 5'-AATTGGANTCAACGCCGG-3', and primer 1048R 5'-CGRCRGCCATGYACCWC-3'. Each forward primer contained a unique 8 bp barcodeTags: H2 ACACACAC, H2_CO2 ACGACATC, N2 ACTCGTCT, Sludge AGACGAGT,X4_1201_AS AGCACTAC, X4_1201_DS AGCTACGT, X4_1204_IF ATATCGCG,X4_1204_AI ATCGATGC, X4_1204_AE ATGCTACG, X4_1204_EF CACACAGT,X4_1204_AS CATCTCGT, X4_1204_DS CATGCATG, X4_1207_IF CGATATGC,X4_1207_AI CGCGTATA, X4_1207_AE CGTACGTA, X4_1207_EF CGTATACG,X4_1207_AS CTACGTAG, X4_1207_DS CTCACACT, X4_1210_IF CTGACTGA,X4_1210_AI TACGATCG, X4_1210_AE TAGCTAGC, X4_1210_EF TAGCGCAT,X4_1210_AS TCACGTGA, X4_1210_DS TCAGCTCT, X4_1201_IF TCGACTAG,X4_1201_AI TCGTCATC, X4_1201_AE TCTCGAGA, X4_1201_EF TGCAGTAC,.MangroveA1_1 ACACACAC, MangroveA1_2 ACGACATC, MangroveA1_3ACTCGTCT, MangroveA1_4 AGACGAGT, MangroveA1_5 AGCACTAC,MangroveA1_6 AGCTACGT, MangroveA1_7 ATATCGCG, MangroveA3_1ATCGATGC, MangroveA3_2 ATGCTACG, MangroveA3_3 CACACAGT,MangroveA3_4 CATCTCGT, MangroveA3_5 CATGCATG, MangroveA3_6CGATATGC, MangroveA3_7 CGATGCAT, X1 CGCGTATA, X2 CGTACGTA, X3CGTATACG, X5 CTACACGA, X4 CTACGTAG, C7 CTCACACT, C2 CTGACTGA,C8 TACGATCG, C3 TAGCTAGC, C1 TAGCGCAT, C4 TCACGTGA, C6TCAGCTCT, C5 TCGACTAG.