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

Profile of regulator Zur in Mycobacteriaceae

Properties
Regulator family: FUR
Regulation mode: repressor
Biological process: Zinc homeostasis
Effector: Zinc ion, (Zn2+)
Regulog: Zur - Mycobacteriaceae
Member of regulog collections
Transcription factor binding sites
Locus Tag Name Position Score Sequence
Mycobacterium abscessus ATCC 19977
MAB_1046c yciC2 -19 4.7 TAATGGTTATCATTATCATGT
MAB_0577c znuA -43 6.5 TAATGAAAATCGTTTTCATTA
MAB_0334c rpmB1 -35 5.3 TGTCGAAAATGATTCCCATTA
MAB_0334c rpmB1 -90 5.8 AAATGCAAACGATTTTCATTA
MAB_1046c yciC2 -25 6.1 TAATGATAATGGTTATCATTA
MAB_0335 yciC -106 5.3 TAATGGGAATCATTTTCGACA
MAB_0335 yciC -51 5.8 TAATGAAAATCGTTTGCATTT
Mycobacterium avium 104
MAV_0583 znuA -63 6.3 TAATGGAAACGATTTTCATTA
MAV_4879 ppe3 -69 4.4 GGTTGATAACGATAATCATTT
MAV_4879 ppe3 -63 5.9 TAACGATAATCATTTTCATTA
MAV_4871 Rv0282 -232 6.2 TAATGAAAATGATTTTCAGTA
MAV_4874 yciC3 -81 5.5 AGATGAAAACGATTACCAATA
MAV_4874 yciC3 -136 5.8 TATTGAAAATCATTTTCGACA
MAV_4349 ppe3 -71 4.7 TGCTGATAACGATAATCATTT
MAV_4349 ppe3 -65 5.4 TAACGATAATCATTTTCACTT
MAV_4875 rpmB1 -38 5.8 TGTCGAAAATGATTTTCAATA
MAV_4875 rpmB1 -93 5.5 TATTGGTAATCGTTTTCATCT
Mycobacterium flavescens PYR-GCK
Mflv_1313 yciC3 -87 5.8 TATTGAAAATCATTTTCGACA
Mflv_1313 yciC3 -32 5.3 TATTGAAGATCATTCCCATTA
Mflv_3560 Mflv_3560 -39 6.1 TTTTGACAATGATTTTCATTA
Mflv_1312 rpmB1 -99 5.3 TAATGGGAATGATCTTCAATA
Mflv_1312 rpmB1 -44 5.8 TGTCGAAAATGATTTTCAATA
Mflv_1454 znuA -2 5.3 TAATGAAAACGGTTATCGTAT
Mycobacterium leprae TN
ML2537 Rv0282 -153 4.8 ATATGATAATCGTATTCAGTA
Mycobacterium marinum M
MMAR_0293 yciC -51 6.4 TAATGAAAATCGTTTTCAATA
MMAR_0292 rpmB1 -43 5.8 TGTCGAAAATGATTTTCAATA
MMAR_0293 yciC -107 5.8 TATTGAAAATCATTTTCGACA
MMAR_0538 ppe3 -36 5.3 TAATGACAATCATATTCATCT
MMAR_0541 Rv0282 -265 5.6 TAATGAAAATCATGTTCACTA
MMAR_0292 rpmB1 -99 6.4 TATTGAAAACGATTTTCATTA
MMAR_5071 znuA -32 6.1 TAATGGAAACGGTTGTCATTA
Mycobacterium smegmatis str. MC2 155
MSMEG_4486 znr -20 6 TAATGAAAACGATTTCCAATT
MSMEG_6048 yciC2 -76 5.3 TAACGATAACCGTTTGCATTA
MSMEG_6048 yciC2 -30 6.1 TATTGAAAATCATTTTCGATA
MSMEG_6068 rpmB1 -55 6.3 TATTGAAAACGATTGTCATTA
MSMEG_6047 znuA -90 6.1 TATCGAAAATGATTTTCAATA
MSMEG_6047 znuA -44 5.3 TAATGCAAACGGTTATCGTTA
MSMEG_6052 znuC2 -31 5.9 TAATGATAATCGTTTTCAAAA
MSMEG_6069 yciC -54 6.3 TAATGACAATCGTTTTCAATA
Mycobacterium sp. JLS
Mjls_3457 znr -2 5.7 TAATGAAAATCGTTTCCAGCA
Mjls_5110 znuB2 -90 6.2 TGTTGAAAATGATTTTCATTA
Mjls_5116 rpmB1 -34 5.7 TGTCGAAAATGGTTTTCAATA
Mjls_5116 rpmB1 -89 5.7 TGTTGAGAACGATTGTCAATA
Mjls_5117 yciC -88 5.7 TATTGAAAACCATTTTCGACA
Mjls_5117 yciC -33 5.7 TATTGACAATCGTTCTCAACA
Mjls_5104 znuA -88 5.5 AAATGCAAACCGTTATCATTA
Mjls_5111 znuC2 -2 6.2 TAATGAAAATCATTTTCAACA
Mycobacterium tuberculosis H37Rv
Rv2059 znuA -85 5.8 TATTGAAAATCATTTTCGACA
Rv0106 yciC -31 6.2 TAATGGCAATCATTTTCAATA
Rv2058c rpmB2 -103 5.6 TATCGATAACAGTTTTCATTA
Rv2058c rpmB2 -48 5.8 TGTCGAAAATGATTTTCAATA
Rv0280 ppe3 -43 5.7 TAATGAAAATCATGTTCATCA
Rv0282 Rv0282 -186 5.7 TAATGAAAATCATGTTCAGTA
Rv0105c rpmB1 -99 6.2 TATTGAAAATGATTGCCATTA
Rv0105c rpmB1 -45 5.2 TGTCGAAAACTATTTTCAACA
Rv2059 znuA -30 5.6 TAATGAAAACTGTTATCGATA
Rv0106 yciC -85 5.2 TGTTGAAAATAGTTTTCGACA
Mycobacterium vanbaalenii PYR-1
Mvan_5488 yciC3 -90 5.5 TATTGGAAATCGTTTTCGACA
Mvan_5488 yciC3 -35 5.8 TATTGGAAATCATTCCCATTA
Mvan_5321 yciC2 -8 6.3 TATTGAAAATGATTATCATTA
Mvan_5321 yciC2 -64 5.2 CAACGATAACCGTTTTCATTA
Mvan_5325 znuB2 -39 6.4 TATTGAAAATGATTGTCATTA
Mvan_5489 rpmB1 -33 5.5 TGTCGAAAACGATTTCCAATA
Mvan_5489 rpmB1 -88 5.8 TAATGGGAATGATTTCCAATA
Mvan_3819 znr -2 5.9 TAATGAAAACGGTTTCCAGTA
Mvan_5320 znuA -81 6.3 TAATGATAATCATTTTCAATA
Mvan_5320 znuA -25 5.2 TAATGAAAACGGTTATCGTTG
Mvan_5333 rpmE2 -40 6.2 TAATGGAAATGGTTTTCAATA
Mvan_5326 znuC2 -2 6.4 TAATGACAATCATTTTCAATA
Mvan_5332 yciC -31 5.9 TAATGGAAATGATTTTCGTTA
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