| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_00553 |
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| Symbol | |
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| ID | 6777241 |
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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 | 584657 |
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| End bp | 587743 |
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| Gene Length | 3087 bp |
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| Protein Length | 1028 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 642753987 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_002124865 |
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| Protein GI | 196155376 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG4206] Outer membrane cobalamin receptor protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | ATGGCTTTTG GTTCATCAAA GCAAAACAAT ATTTCTGCAC TAGCAATTGC AGTAGCATCT
GCACTTACTG TTAGTGCATC TGCGGTTCAG GCTCAGGAAG AAGCCGCTGT TGAAGAGAAG
GATGTCGAAA AAGTAGTTGT AACCGGTTCT CGCGTTGCCC AAGACTCCTC CCTGGAAGCA
GCGAGCCCTG TTCTTGCCAT TAATGCTGGT GATATCAAAA CATCTGGTCA AATAGATTTA
GGTGCCATGC TGCGTGAATC GCCTCAACTA CAGGCGTCAC TGCCGGGGTC TTTTTCTGCA
TTTAATGGAA CCCCACTAGG AGCAAGCTTA CTGGACTTAC GTAATCTAGG TAGTGAGCGA
ACCTTGGTTA TGGAGAACGG TCGACGACAT GTTTCAGGTA TTGAGGGTAC GGGCTCTGTT
GATGTAAATA CCATCTCTAC TGCTTTACTT AGAAACGTGG AAGTCCTCAC TGGTGGTGCC
TCAGCTGTTT ACGGCGCTGA TGCGGTAACC GGTGTTGTCA ACTTTAATAT GAGAAACGGA
GCCTCGTTCG ACGGGCTAGA GCTTCGCACT CAAACAGGTG TGACTGACGA TGGTGATGCG
AATGAATTCT TTTTATCATT GGCCAACGGC TTTTCTACAG ATAAAGGTGA TTTAGTATTC
GCGGTTGAAT ACCAAGAAAC CAGCCCAGTG TATGCTAGAG ATAGAGACTT CGCAGGCTCT
GGTCTATATA CACAAGTAGC CAATACAGAG GCTACTCAGA GTGCATTTGG TATTGATTCA
CGCTTCAAGA ATACTTGGGT GCCAGATTAC AGACTTCCAA TTTCAAGTGA CAGAGGTGTA
ATTTCATTAA CTGGCAGTGC GTTTGGGGAT GTCGCTGGAT CTGGCGGCGT GCTAGGTTGC
GGCACTATCG GAACGTCCAT GTTTCCAACG TGTCAGGTAG TGGGTGAAGA CGGCACCTTA
CGTGCCTACA ATCCCGGCGA TGTTTATGCT GGACCTTTCG ATGCGAGTGG TGGTGATGGT
GTACCGGGTA GTCCCGACGC TGAACTTATC CTTCCAGAGT CTAAAAGAGT CTTAGTACAG
GCAGTGTCAA ATTACGAACT AAATGAATTC GTAAATTTCT TTGTAGATGC CAAATTCGTA
TTTAGCTCGA CTAAAGAAAC TAATCAGGTG AATGGTTTCA ATGACGATAT TCCAATCTCA
CTAGACAATC CGTATATTCC TGCAGCTCTA CTGTCTCAAA TTAATGAATT ACAAGCAGAA
GGTGAATCAC CAAGCTTGGT AATGTCCCGC GATGTTCTTG ATATAAACGC TAATTCAAAC
CCAGAAGCGG AACGTAAAAC GTATCGTATT GTTACAGGCT TCGACGGTTA TATCCCTAAC
ACCGCTCTAG AGTACGAGGT TTTCTATAAC TACGGTCGAA CTGATGCCGA CATTACTTCG
AACTTGCGCA TAGAAGACAG ATACTTCGCC GCTATTGACG CTGTAACAGA TCCAGCAACT
GGCAATGTTG TTTGTCGCTC TGACCTAGAC AGTTCTGCGC TTCCTCCTAC GTCGCCGTTT
CCATCTGCGA ATGCGAATTT TGGATTCTTA ACTTTCCAGC CTGGTGATGG TTCTTGTGTA
CCAGTGAATT TGTTTGGAAA GGATTCAATC AGCGCTGAAG CGGCTAACTT TATATTCCAA
CCTGGCACTG AGCAGAACGA TATAACGCAA GAGAATTTCT TAGCAGTAGT ATCGGGAGAC
TCTTCTGATT TATTCGAGCT TCCGGCAGGC CCTGTTATGT TTGCTCTTGG TTACGAATGG
AGAAAAGAGT CAAGTACCTA TACGCCAGAT CCATACTCCG CAGCAGGCTT AACCTTTGGA
ACATTAGACT CTCGCAACGG CCCAACCAAT CCTTCTGACG GTGAGTACGA TGTTTCAGAA
TACTTTGTAG AAGCAACTAT ACCTTTACTA GAAGGTGTCG ATTTCGCTGA GCGATTAGAG
CTGCGCACTG CATACAGAAG CTCAGACTAC GACCCATATG GTACGCATGA CGCTTGGACG
ATAGGAACAG TATGGTCACC TGTTGATACA TTTAGTATTC GAACGACCTT CTCTGAAGCG
GTGCGGGTTC CCAACATTAA TGAAGCCTTC GCACCTACAT TTGCGGCTTC ACTTGGTGCA
GGAGATGACC CTTGTAACCA AAACTTAATT AGTGCGGGCT CTGAGTTCAG GGAGGCGAAC
TGTATTGCAC TGATTGGCGA CGCGGTAGCT GATGGCACTT ATGATTCTAC TAACTTCCTG
TCAGCGTTTG TTTCTGGTTC AACGGGCGGT AACCCAGACC TTGATCCTGA AGAAGCAGAA
ACCATCACGA TTGGTACAGT GTGGAGACCA GATACAGAGC TCGACGGTAT GCTGGAAGGT
TTAGTAGTGA CACTAGACTA CTATAATATT GAAATTGATG GCCTGATTGA TAGCCTTACT
GGTTTTGACA TTGCATCTAA CTGCGTAGAC GCGCCAACAA TCAACAACCA ATTTTGTGAC
GCAATTGACC GTGATGCTAC AAATGGATTT ATCACAGATT TTCGTTCAGG GTTTATCAAC
CTTGCAGCGG TAGAGACATC TGGTATTGAT TTCCGCGTAG ATTATGGCTT TGAGTTGGCT
AAATTAGTCG ACACAGACGG AAGAATTGAA TTCACAATCA ACGGAACAAA CTTCCTCAAA
AATGATGAAG TAAGGGATGT GAGTGCACCT GACGAAGTCA CTGATGTTCT TGGAACATTT
GGGCGACCAG AGTGGATCGT AAACATGAGT GCAGACTATA TAATTGGTGA ACTCGTTGTT
GGGTGGAGAG GACGCTACGA AGGAAGCCAG CTACTTCCAG GGCTAGAAAA CCAGGATATC
GAGAGTGATC CTGATTTTAT CAGTCAAACT CACACTGGCT CTGCATTGGT GCATGATTTT
TCTGTTTCAT ACACTTTTGA AGATAGCCTA GAAGTATATG GTGGTATCAA CAACGCGTTT
GAGGAAGATC CTTACCTTGG CACATTGTCG AGACCGGCAG GACCTAGAGG ACGCTTCTTC
TACCTAGGCG TAAATTACAC AATGTAG
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| Protein sequence | MAFGSSKQNN ISALAIAVAS ALTVSASAVQ AQEEAAVEEK DVEKVVVTGS RVAQDSSLEA
ASPVLAINAG DIKTSGQIDL GAMLRESPQL QASLPGSFSA FNGTPLGASL LDLRNLGSER
TLVMENGRRH VSGIEGTGSV DVNTISTALL RNVEVLTGGA SAVYGADAVT GVVNFNMRNG
ASFDGLELRT QTGVTDDGDA NEFFLSLANG FSTDKGDLVF AVEYQETSPV YARDRDFAGS
GLYTQVANTE ATQSAFGIDS RFKNTWVPDY RLPISSDRGV ISLTGSAFGD VAGSGGVLGC
GTIGTSMFPT CQVVGEDGTL RAYNPGDVYA GPFDASGGDG VPGSPDAELI LPESKRVLVQ
AVSNYELNEF VNFFVDAKFV FSSTKETNQV NGFNDDIPIS LDNPYIPAAL LSQINELQAE
GESPSLVMSR DVLDINANSN PEAERKTYRI VTGFDGYIPN TALEYEVFYN YGRTDADITS
NLRIEDRYFA AIDAVTDPAT GNVVCRSDLD SSALPPTSPF PSANANFGFL TFQPGDGSCV
PVNLFGKDSI SAEAANFIFQ PGTEQNDITQ ENFLAVVSGD SSDLFELPAG PVMFALGYEW
RKESSTYTPD PYSAAGLTFG TLDSRNGPTN PSDGEYDVSE YFVEATIPLL EGVDFAERLE
LRTAYRSSDY DPYGTHDAWT IGTVWSPVDT FSIRTTFSEA VRVPNINEAF APTFAASLGA
GDDPCNQNLI SAGSEFREAN CIALIGDAVA DGTYDSTNFL SAFVSGSTGG NPDLDPEEAE
TITIGTVWRP DTELDGMLEG LVVTLDYYNI EIDGLIDSLT GFDIASNCVD APTINNQFCD
AIDRDATNGF ITDFRSGFIN LAAVETSGID FRVDYGFELA KLVDTDGRIE FTINGTNFLK
NDEVRDVSAP DEVTDVLGTF GRPEWIVNMS ADYIIGELVV GWRGRYEGSQ LLPGLENQDI
ESDPDFISQT HTGSALVHDF SVSYTFEDSL EVYGGINNAF EEDPYLGTLS RPAGPRGRFF
YLGVNYTM
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