| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_02745 |
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| Symbol | |
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| ID | 6779050 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | - |
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| Start bp | 2987939 |
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| End bp | 2990986 |
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| Gene Length | 3048 bp |
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| Protein Length | 1015 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 642756191 |
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| Product | putative TonB-dependent outer membrane receptor |
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| Protein accession | YP_002127035 |
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| Protein GI | 196157546 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG4771] Outer membrane receptor for ferrienterochelin and colicins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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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 | ATGCAACAGA GCAACATTGC AACAAACAGG CAACCTAATA AAGCAATAGA AAAGCTGCAT
GCTTTTGCAT GGCTGGCTTG GTGCTTTTCG CAAAATAGAG GCAAAATAGT GATGTTTCGC
TTAGTAAAAG CGCCTCTGCA CATTGCGCCT ACTTTGTTTT TGCTTCTTAC ACATGCCCCT
CTTGTGTACG CACAAACCAC TCAAGTTACA GCCACACAAC CACAAACATC AATTAACGAG
TTTAGTTTTT CGATTCCTGC GCAAAATGCC AACGAGGCCC TTACGGAGCT TGCAAAACAG
GCCAATACCA CTTTGTTATT TCCGTTTGAT TTAGCTAAAA AAGTGAAAAC GAATGCACTT
GAAGGCACGT TTACGCTTAA CGAAGCCTTG TCTCAACTTT TAAAAGATAC GGAACTTGCC
GTTGTTGTGG ATGAAGCGGG TATGCTGAGT ATTCGCTCCC GCTCGTCGTT ACTAGCGAAG
GCTAACCAGG CGAACAAGGA AGAAAAAGCG TCAGAAGAGG GCAATAATGG CTTGGAAAAA
ATTGCGGTAG TTGGCACCAG AAATGCGCCG CGAAGTGCAG TAGACTCTCC GGTTCCCCTT
GATGTTATTG GTTCGAAGGC GCTGCGTTCG CAAGGGAATA GTGACGTGCT TTCTATGCTT
AGCGTGATGG TGCCGTCATT AAATGTTAAT GACCAGCCGA TTAACGATGC CAGTAGCCTT
GTAAGACCTG CGAATTTAAG AGGCATGTCG TCAGATCACA CGTTGTTATT ACTTAACGGG
AAGCGTAGAC ACCGATCTGC GGTTATTACC TTTCTCGGCG GTGGCCTGTC TGACGGTGCA
CAAGGGCCTG ATATATCAAT TATACCTGCT TATGCGTTAA AGCAAGTTGA GGTGCTGCGA
GATGGTGCAT CCGCACAATA TGGTTCCGAT GCTATCGCAG GCGTTATTAA CTTTGTGCTA
AAAGATGCGC GAGAAGGGGG GAGCGTTGCC CTTAAGTTAG GTGGGTACAG TGAAGGTGAT
GGCGAGCTTT TTCAAATACA GCTTAACAAT GGGTTTGCCA TAGGCGATAA AGGCTTTTTA
AATGCGACGG CTGAGTACAG GCAGCAAAAC GGCACCTCTC GTTCTGTACA ACGCAGTGAT
GCACAAGCGC TTATCGAACA AGGTAATACA TTTATCCAAA CGCCGTCTCA AGTTTGGGGC
GCATTAGACG TTAACGAAGA TATCAAACTA GCCTTAAATG CCGGCACTGC TATTTCTCAA
TTAACAGAAT TTTATAGTTT TGCTACAGCA GCTAGACGGA AAATAACCGG TGGTTTCTAT
TTCCGAAACC CGCAAACTCG AGAAGGCGTG TTTAGCCGAA CTGACCCCAA CACGGGGGAA
AGCCGTTTAA TTGTGGCGGA TTTAGATGGA TTGGAAAACG GCATAGCGTG CCCGTCTATT
ACGCTTTCTA CTAACAACGT ATTGCAAGAC CCTGATTATC AGCGAATAGC TGATAACACC
ACCGAACTTG GGGCAAATTG TTTTGCTTTT AATGAGTGGT TTCCAGGCGG TTTCACGCCA
AAATTTGGCG GCACCATTAC CGATGCCTCG CTGGCCATGG GAATAAGACA TGAATTGCCC
AAAGGCTGGG CGATGGATGC GAGTGCCACT TTAGGTTACA GTGATATCGA GTACACCATA
TCGAATACGG TAAACCCGTC GTTAGGGCCC CGGACACCCA CTTCCTTTTC GCCAGGCGGT
GTATCACAAA TAGAGCGAAC CCTTAACCTC GATTTTAGCA AGCTTATTCA ATCCATTTTT
GAAGACCCAA TTAGCATAGG CCTCGGTGCT GAATGGCGCA AAGAAACCTA TTTCCAGAAA
GCCGGTGATG AAGCGTCCTA CATTGCTGGG CCTTTTGCCC TTGAGCCTCC GTTGGGGTTA
AGCGAAGGGT TTTCGATTGG GTCGAACGGT TTTCCAGGGT ATCAGCCTCA GTCAGCTGGG
CATTGGAGCC GCAATAACTG GGCATTGTAC GCCGACGTAG AGCTGTTCCT AACTGAAGCG
ATGCAGGTTG GACTGGCTGC TAGAGTTGAG CATTTTAGTG ACTTTGGCTC TACCTTTGAC
GGCAAATTGA GCATGCGTTA TAAACTTAAC GACACCTTTG CATTGCGAGG GTCAGTTAAT
ACAGGCTTCA AAGCCCCGAC AGTGGGCCAG AGCAACGTGA TTAATGTAAC AACTGCTTAT
GGCGTTAATG GGCTTGAAGA CCAAGCCACC TTGCCGCCAA CGGACCTCAT TTCATTACAG
CTCGGCGCGA CACCACTTAC ACCAGAAGAA TCGGTCAATT TCAGTCTGGG CATGGTCATG
CAGGCAAGCG ACAACTTTTT CGCAACGCTC GACTATTTCA ATATTCGCCT CTCAGATCGC
ATCAGTACCA CCTCAGCGAT TCCGTTGACT GAACAAGATA TTAGCGCGCT GGTTGCACAG
GGAAGGCCAG ATGCAGTTAA GTACAATGCA GCAAAATACT TTACTAATGA TTTTGATACT
AAGACCCAGG GCGTAGATTT AGTTGTAAAC TACAGTTTTT CATACAATGA CTGGGCTAAC
GCGTTATTAC TCGCTTACAA CTGGACAGAT ACGCAGGTGG AACGCCTTAC GCTTTATCCT
GCACTAGTTA ACGATGAAAT GCAGCTTTTG CCTAACTTAA CGCCGTCGCG CATTCGTATG
CTAGAAGATA ACCTCCCGGC TCACAGGGGA AGCGTTACCC TTGAGCAAGT CAAAGATAAC
TGGGCGCTAA CATGGCGATT AAACTACTAT GGTGAGTTTT ACGAAGACCA CCTCGATGCA
TCGGCGGGAA TGGATATATA CGGCAGTGCA TTAACGACGT TTGACGCGCA ACTCGCTTGG
AAAGTACAAC CACACATTCA GCTTACGTTA GGCGCGCAAA ACTTGTTCGA TGCACTGCCT
GACGAAAACC CGTTTCAAGG CGAGGTTGGC GCGCTTTATC CACCTACATC TCCAGGCGGC
ATTAACGGCG CTTTTTATTA CGCAGGCATC GAATACACCT TTAATTAA
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| Protein sequence | MQQSNIATNR QPNKAIEKLH AFAWLAWCFS QNRGKIVMFR LVKAPLHIAP TLFLLLTHAP
LVYAQTTQVT ATQPQTSINE FSFSIPAQNA NEALTELAKQ ANTTLLFPFD LAKKVKTNAL
EGTFTLNEAL SQLLKDTELA VVVDEAGMLS IRSRSSLLAK ANQANKEEKA SEEGNNGLEK
IAVVGTRNAP RSAVDSPVPL DVIGSKALRS QGNSDVLSML SVMVPSLNVN DQPINDASSL
VRPANLRGMS SDHTLLLLNG KRRHRSAVIT FLGGGLSDGA QGPDISIIPA YALKQVEVLR
DGASAQYGSD AIAGVINFVL KDAREGGSVA LKLGGYSEGD GELFQIQLNN GFAIGDKGFL
NATAEYRQQN GTSRSVQRSD AQALIEQGNT FIQTPSQVWG ALDVNEDIKL ALNAGTAISQ
LTEFYSFATA ARRKITGGFY FRNPQTREGV FSRTDPNTGE SRLIVADLDG LENGIACPSI
TLSTNNVLQD PDYQRIADNT TELGANCFAF NEWFPGGFTP KFGGTITDAS LAMGIRHELP
KGWAMDASAT LGYSDIEYTI SNTVNPSLGP RTPTSFSPGG VSQIERTLNL DFSKLIQSIF
EDPISIGLGA EWRKETYFQK AGDEASYIAG PFALEPPLGL SEGFSIGSNG FPGYQPQSAG
HWSRNNWALY ADVELFLTEA MQVGLAARVE HFSDFGSTFD GKLSMRYKLN DTFALRGSVN
TGFKAPTVGQ SNVINVTTAY GVNGLEDQAT LPPTDLISLQ LGATPLTPEE SVNFSLGMVM
QASDNFFATL DYFNIRLSDR ISTTSAIPLT EQDISALVAQ GRPDAVKYNA AKYFTNDFDT
KTQGVDLVVN YSFSYNDWAN ALLLAYNWTD TQVERLTLYP ALVNDEMQLL PNLTPSRIRM
LEDNLPAHRG SVTLEQVKDN WALTWRLNYY GEFYEDHLDA SAGMDIYGSA LTTFDAQLAW
KVQPHIQLTL GAQNLFDALP DENPFQGEVG ALYPPTSPGG INGAFYYAGI EYTFN
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