Collection of Manually Curated Inferences of Regulons in Prokaryotic Genomes
-- version 3.2 --

Profile of regulator Fur in Rhodospirillales

Properties
Regulator family: FUR
Regulation mode: repressor (activator)
Biological process: Iron homeostasis
Effector: Iron ion, (Fe2+)
Regulog: Fur - Rhodospirillales
Member of regulog collections
Transcription factor binding sites
Locus Tag Name Position Score Sequence
Rhodospirillum rubrum ATCC 11170
Rru_A3164 mntX -74 4.7 ATTAAGAATGAATTGCATA
Rru_A2395 omp13 -53 5 CATGCGAACAAGTCGCATT
Rru_A1456 null -113 4.5 CATGAGACGCATTTTCATT
Rru_A2397 fecI3 -103 4.9 AATGATAGTCGTTCGCAAA
Rru_A2372 fecI2 19 4.9 AATGCGAAGCGTTTGCATT
Rru_A0845 omp11 -130 4.2 TATGATAATAAGAAGCATT
Rru_A1438 fecI -58 5.2 TTTGCGAATAATTCTCAAA
Rru_A0841 null -179 4.6 AACGATAATTAATATCATT
Rru_A2799 null -194 5.6 AATGAAAGTCATTCGCAAT
Rru_A0769 null -76 4.5 TCTGCGTTTCATTCTCAAT
Rru_A0879 null -98 5.4 ATTGCAAATGACTTGCAAT
Rru_A1054 null -118 4.2 AACGATTATCAATAGCATT
Rru_A1053 mcp2 -126 4.2 AATGCTATTGATAATCGTT
Rru_A0880 omp10 -169 4.7 AACGAGACTTATTAGCAAT
Rru_A0838 omp10 -104 4 CATGCGATTGAGACGCGAT
Rru_A2321 mcp -58 4.4 AATGCTATTGAATATCGAT
Rru_A2809 mtr1 -61 3.8 AATGAAAATGCATGGCTTT
Rru_A2763 null -97 5.4 AATGAGAGTGATTCTCATG
Rru_A2597 efeU -41 5.3 ATTGATAATTAATCTCATT
Rru_A2196 bfd -75 5.2 AATGCGATTGACTTGCAAA
Rru_A2155 exbB -197 4.6 ATTAATAGTCAATTGCATT
Magnetospirillum magnetotacticum MS-1
Magn03009213 COG3470 -47 5.6 ATTGCGAGTCACTTGCATT
Magn03007972 mtr1 -64 4.7 AATTCGAGTCATTAGCAAA
Magn03009212 SSF49503 -39 3.8 TATGAGAATGATAAACGTT
Magn03010317 mtr2 -78 5.2 AATGCAATTCGCTCGCATT
Magn03011341 null -128 5.1 TTTGCGATCAATTCGCATT
Magn03009368 null -165 4.3 TGTGATAATCATACGCAAT
Magn03009367 null -134 4.3 ATTGCGTATGATTATCACA
Magn03007091 null -72 4.5 ATTGACAATGAGTGGCAAT
Magn03010318 phnP -121 5.2 AATGCGAGCGAATTGCATT
Magn03008031 bfd -50 4.8 GTTGCGACTGATTATCATA
Magn03010302 mcp3 -91 5.1 TTTGCTATTGACTCGCAAT
Magnetospirillum magneticum AMB-1
amb0936 mtr1 -40 4.7 AATTCGAGTCATTAGCAAA
amb4411 COG3470 -197 5.2 ATTGCGATCAACTCTCATT
amb4411 COG3470 -1 5.6 AATGCGAGTCACTTGCATT
amb1681 mtr2 -71 5.3 AATGCGAGCTATTTGCAAT
amb3018 mtrB -40 4.8 ATTGCGATTACGTCTCATT
amb1811 null -36 5.9 ATTGCGAGTCATTCGCATT
amb1019 null -83 4.8 ATTGCGTATGATTATCATA
amb1662 irr2 -32 5.3 GTTGCGAGTAAATCGCAAT
amb1008 null -72 4.5 ATTGACAATGAGTGGCAAT
amb1682 phnP -84 5.3 ATTGCAAATAGCTCGCATT
amb1018 null -132 4.8 TATGATAATCATACGCAAT
Azospirillum sp. B510
AZL_011850 bfd -101 4.9 TATGCGATTGGTTCGCAAC
AZL_a07740 omp15 -31 4.5 AACGCGATTGATTCTGAAT
AZL_a07740 omp15 -25 4.3 ATTGATTCTGAATCGCATA
AZL_d04450 omp8 -53 4.7 GATGATAATCATTTGCACT
AZL_d04450 omp8 -20 5.4 AATGAGAATGATTCTTATT
AZL_e01200 null -211 5 ACTGATAATTAATCTCATT
AZL_023850 bfr1 -175 4.7 ATTGACATTGATTCTCAAG
AZL_023850 bfr1 -109 4.8 AATGATAGTGACTATCAAC
AZL_b04590 feoA -79 5 AATGAAAGTGATTCGCAGA
AZL_d04450 omp8 -59 4.1 ATTGAAGATGATAATCATT
AZL_011850 bfd -76 4.2 GTTGACAACGATTCTCACT
AZL_015580 SSF49503 -60 3.7 AATGATTTTCACAAGCAAA
Rhodospirillum centenum SW
RC1_0333 fepA -240 5.4 AATAAGAATGACTCGCATT
RC1_3833 exbB -86 4.3 GTTGATTATCATTCGCACT
RC1_3856 omp17 -149 5.5 AATGCGAACAACTCGCATT
RC1_3892 fcuA -90 3.6 TATGCAATTTAGAAGCGTT
RC1_3980 omp16 -68 5.6 ATTGCGAATCGCTCGCATT
RC1_3812 fecI3 -68 4.6 CTTGATAATGCCTCGCATT
RC1_0945 omp9 -78 5.3 ATTGATATTGACTCGCAAT
RC1_2449 feoA -86 4.6 GGTGCGACTTGTTCGCATT
RC1_3427 bfd -57 5.1 GCTGCGATTGATTTGCATT
RC1_3215 fhuA -164 5 AATGATAACCATTCTCATG
Gluconacetobacter diazotrophicus PAl 5
Gdia_1948 omp2 -65 5.3 ATTGTGAGTAATTCGCATT
Gdia_2044 omp3 -57 5.3 GTTGAGAATGATTATCATT
Gdia_0995 Gdia_0995 -42 5 TATGCAAGTAACTTGCATT
Gdia_1357 SSF49503 -53 4.9 AATGCGAACCAGTCGCGTT
Gdia_2591 omp1 -57 5.6 ATTGCGAATCAGTCTCATT
Acetobacter pasteurianus IFO 3283-01
APA01_25250 SSF49503 -38 4.6 TTTGACAATGATTCGCACT
APA01_15440 omp2 -38 5.3 TATGCAACTGATTCGCATT
APA01_15440 omp2 -65 5.1 ATTGCGAATCATTCGCGAC
APA01_15330 fcuA -62 4.2 CTTGCAATTTATTCTTAGT
APA01_15880 fecI3 -270 4.4 ATTAAGAAGTAATCTCAAT
APA01_13610 fecI3 -60 4.6 ATTAAGAATGAGTTGCATA
APA01_04950 omp1 -72 5.3 CTTGCAAATGATTCTCAAT
APA01_04500 bfd -69 5.2 ATTGCGATTCATTCTTATT
APA01_21510 null -143 4.4 AATGCTATGAATACGCATT
APA01_14060 omp7 -102 4 AACGCAAATGATAATCATG
APA01_14060 omp7 -39 5.2 AATAATAATGATTCTCATT
APA01_22280 omp5 -115 4.4 TATGATATTGATAATCATT
APA01_22280 omp5 -86 4.7 GATGAGAATGATTATCAGG
APA01_14070 bphO -139 5.2 AATGAGAATCATTATTATT
APA01_14070 bphO -76 4 CATGATTATCATTTGCGTT
APA01_22290 exbB -148 4.8 GATGATAGTGATTCGCACT
APA01_13620 fhuA -48 5.5 GATGCGAATGATTTTCATT
Gluconobacter oxydans 621H
GOX1417 fcuA -61 5.5 GTTGCGAATAACTCGCATT
GOX1246 omp2 -99 5.3 AATGAGAATCTTTCGCAAT
GOX1246 omp2 -66 5.6 ATTGAGAATTAGTCGCATT
GOX0673 feoA -105 5 GATGCAAATCATTCTCACT
GOX0536 omp5 -152 4.5 ATTGCTAATGAGAATCATT
GOX0536 omp5 -146 5.8 AATGAGAATCATTTGCATT
GOX0641 omp6 -59 5.2 GTTGAGAATAATTATCATT
GOX0532 exbB -60 5.3 AGTGAGAATGACTCTCATT
Granulibacter bethesdensis CGDNIH1
GbCGDNIH1_0039 exbB -30 5.2 CTTGCGAATAATTCGCAAC
GbCGDNIH1_2378 null -29 4.8 AATGAATATCAATTGCAAT
GbCGDNIH1_2379 null -36 4.8 ATTGCAATTGATATTCATT
GbCGDNIH1_0620 null -235 4.2 ATTGATAATCATTATTAGA
GbCGDNIH1_0620 null -171 3 AAAGATATTACAGTTCATT
GbCGDNIH1_1940 omp6 -56 5.1 ATTGAGAATACCTCGCATT
GbCGDNIH1_0172 fhuA -1 4.5 AATGAGAACGATTATTATA
GbCGDNIH1_0735 cysG -177 4.3 AATGAGATAAATTCTCTTT
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