| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_2606 |
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| Symbol | |
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| ID | 1170309 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Shewanella oneidensis MR-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004347 |
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| Strand | + |
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| Start bp | 2741513 |
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| End bp | 2744122 |
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| Gene Length | 2610 bp |
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| Protein Length | 869 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637344434 |
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| Product | PqiB family protein |
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| Protein accession | NP_718191 |
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| Protein GI | 24374148 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3008] Paraquat-inducible protein B |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | GTGAAGAAAA AACTCTTTTC GCCGATTTGG CTGCTCCCTA TTGTGGCGCT CGCACTCGGC
GCTTGGCTGG GTATTAAAAG CATCAAAGAA TCGGGCGTTG AAATTCAGAT CCACTTTCCC
AGTGCAACGG GAATTGATGT GGGCAAAACC TTAGTCAAAT ACCAAGGTTT AACCGTCGGT
AAGGTGAAAG ACATTGGCAT TGACGATGAT CTTAAAGGCG TGAACGTGAA AGTGATGATG
GACTATCGCG CTAAACCTTT CTTAAATAAA GAGACCCTCT TCTGGTTAGT CACCCCAAAG
GCGAGTATCA CAGGCGTTGA AGGTTTAGAT GCGCTGTTTT CGGGCAACTA TATTGCCATT
CAACCGGGTA AAGGCAATGC CGCAACGTTC TTTGAGGCTG AGCGTCAGCC ACCACCGATG
CAAATCGGCT CCGAAGGGGT GATGATTGAA CTCACTGCCG ATAAGCTGGG TTCATTGGAC
GTTGGCTCAC CCGTTTTCTT TCGCCAGATC CCTGTGGGCA GTGTCGTCAG TTACCGCTTA
GATGGTAACG CGAGAGTCAT TATCAGTGCG TTTATTCAAG AACAATACGC GCGTTTAGTG
AAGAAAAATT CCCATTTTTG GAATGTCTCT GGTGTAAAAG TCGACGCCAG TTTAGCGGGC
ATTAAGGTCA ATACCGAGAG CTTGGCCTCC ATCCTTGCGG GTGGGGTGAG TTTTAGTTCC
GATGAAAAAG CAGCAGCTGC ACAAAATGGC GACAGTTTTG CCCTCTATGA TTCCGAAACC
AGTGCTTTAG GCGGAGTTGA AGTGAGCTTA ACCATGAACG ATGGCAATGG GATTGATAAA
GGCACCCGCA TCGTATATCG GGGTATCAGC GTTGGCTCGA TTCAAAGTAA AAACCTCACC
ACCACTGGCG TCACAGCGAT TGCCAAGTTT GAGCCTGAGT ATGCCAATTT ATTAACCAGC
GACGGACGTT TTTGGTTAGA GGGCGCGGAT ATTTCACTGT CTGGTATCAA AAATCCTGAA
CGTTTACTGA CAGGTAGCGT GATTAACTTT TTACCTGGCA CAAATGCCAA TACGGCGCTA
CCAAGCAGCT TCGCTCTGCA ATCCTCAGCA CCTGATTTAC TGCAAGCCAA AAAACGTCTG
TTGACTATCA CCTCAGCAGA AAATATGGGA TTAACCGCTG GTGCAGAAGT GCGCTACAAA
CAGTTGCCTA TTGGCCAAGT TCTTGCGGTG AAGTTAACTA AAGATCTTTC GGCGGTAGAA
TATCAGCTTG AACTACAACC TGAATTTGCC AGTTTAGTCC GTAGTGATAG CTATTTTATA
CCTGAGTCGG CGCTGAGTGT CGATGCATCC ATTGAGGGGG TATCTGTCAA AACCCGCGAT
CTGGCGACAT TAACCAAAGG TGCTGTGAGT CTTATTCCCG GCAGCAATAA CACGCCTGTT
GCAGCCAATG CGCGCTTATC ACTCTTTAGC TCTGTTGAGG AAGCGAAGCA GTTTTTCGAG
CGCCAGCAAC GTCTTTATTT TACGTTGACC AGCCAAGATG GCGCAGATGT CAGCCAAGGC
TCGCCAATTT ACTATAAAAA AATGCAAATC GGTCGTGTTG AGTCGGTGAA TTGGCAAAGT
AAAACTGAAG ACTTTGCGAT TAAGATCGCC ATCGATAAGC AGTTCCAGCC CTTAATGCAA
AAACCGAAAG TATTTTGGCG TAATAGCGCA CTGGATGTCA GCGCCAGCCT AGCGGGTATT
GACGTCGCCG TTGCGCCGCT TCAGGGCGCA CTAAAAGGCA GTATCAGCCT AGGCTTATTG
GAGAATCCCC TCGCAGATCC TACTGCTTCG CTCAAACTTT ATGAAAATAA ACAGTTAGCC
TTAGCCCAAG CGCAAGCTAT TAGGCTCACC CTATCCGCCT CGGCTAAATT GGCCGCTAAA
GCAGCGATTC GTTATCAAGG GCACCAAGTG GGTGAAGTGA CTCAGGTTAA GCTTAATGCA
GACCTCAATA CCCTCTCGGC CACCGCCTAT CTCTATGGCG AATATGCGGA TCATTTCAGC
AGCAGTGACG CCGAGTATCA TATGGTCGAA GCACAAATTT CTTTAGCGGG CATTAAAGCC
CCAGAAACCT TAATCACAGG GCCTTATATT GGGGTGTTAC CAGGTAAGAG CAAACAAAAG
GCCACGCAAT TCCAAGCTAA ACTCGTTGAG AGCAGCTATG CCAATGTGGC CGAAGATGCG
CTCAAGTTTA CCCTAGAGGA TAGCAACCTA GGCTCGATGA AAGTCGGCAC GCCTATTTTC
TTCCGTGGTC TTAAGGTTGG CCAAATCGAC GGCTACAGCC TGTCTTCTCA AGGTAACAGT
GTGTTAATGC AAGCACACAT TGAGCCGCAA TACCGTCACT TAGTAAATAA GACGAGTCAG
TTCTGGGATG CTTCTGGTAT CAAAGTGGAT GTAGGGATTT TCTCAGGCGC GCAGATAGAA
GCGGGTTCAC TTGAAACCCT ACTGGCGGGC GGCATTAATG TCGCTACCAA GGAAACAACA
CAAGCAAACA ATCGCTTAAG CCAAGGTGCT GTGATTACAC TGCAGCATAA AGCCCAGACT
GAATGGCAGG AATGGGCACC CGCGCAATAG
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| Protein sequence | MKKKLFSPIW LLPIVALALG AWLGIKSIKE SGVEIQIHFP SATGIDVGKT LVKYQGLTVG
KVKDIGIDDD LKGVNVKVMM DYRAKPFLNK ETLFWLVTPK ASITGVEGLD ALFSGNYIAI
QPGKGNAATF FEAERQPPPM QIGSEGVMIE LTADKLGSLD VGSPVFFRQI PVGSVVSYRL
DGNARVIISA FIQEQYARLV KKNSHFWNVS GVKVDASLAG IKVNTESLAS ILAGGVSFSS
DEKAAAAQNG DSFALYDSET SALGGVEVSL TMNDGNGIDK GTRIVYRGIS VGSIQSKNLT
TTGVTAIAKF EPEYANLLTS DGRFWLEGAD ISLSGIKNPE RLLTGSVINF LPGTNANTAL
PSSFALQSSA PDLLQAKKRL LTITSAENMG LTAGAEVRYK QLPIGQVLAV KLTKDLSAVE
YQLELQPEFA SLVRSDSYFI PESALSVDAS IEGVSVKTRD LATLTKGAVS LIPGSNNTPV
AANARLSLFS SVEEAKQFFE RQQRLYFTLT SQDGADVSQG SPIYYKKMQI GRVESVNWQS
KTEDFAIKIA IDKQFQPLMQ KPKVFWRNSA LDVSASLAGI DVAVAPLQGA LKGSISLGLL
ENPLADPTAS LKLYENKQLA LAQAQAIRLT LSASAKLAAK AAIRYQGHQV GEVTQVKLNA
DLNTLSATAY LYGEYADHFS SSDAEYHMVE AQISLAGIKA PETLITGPYI GVLPGKSKQK
ATQFQAKLVE SSYANVAEDA LKFTLEDSNL GSMKVGTPIF FRGLKVGQID GYSLSSQGNS
VLMQAHIEPQ YRHLVNKTSQ FWDASGIKVD VGIFSGAQIE AGSLETLLAG GINVATKETT
QANNRLSQGA VITLQHKAQT EWQEWAPAQ
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