| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_3429 |
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| Symbol | |
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| ID | 6117761 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | - |
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| Start bp | 4193844 |
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| End bp | 4196927 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 641634984 |
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| Product | MAM protein |
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| Protein accession | YP_001761792 |
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| Protein GI | 170727766 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3291] FOG: PKD repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 26 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGAACCC CAAGTAACCC CAATAATATT AATCACACTA GGTTTAACTT ATCAGCTCTG
ATATTAGCTG GTCTGTTTAT ATCGCCCGTT TCGGCTGTGG AGACTGATAT TGAGATAATA
AAGAGAGTCT CTCAGGCAAA GTCTGCTGCA ATGCCGGATA TTGTTAGAGA TAGAGAGGTG
AAAAGTGTCA CCCGCTATAC CATGCAGCTT GAAGCTTTTA CCCAAGGAAC AGAATCCCTT
AAGTTTGAGC TGCCAGATTC AAGTGTCTTG ATCGCTAAAA AGTCACTCTC CTATGTGACA
GAGTCAGGCT CTTTGGTATG GCAGGGGAAG ATAGTTAATC AACATAATCC CAAATCGCCT
GGTGATAACC AGATAATCTT AGTGAAGTCC GGTGATTTCT TATCGGCAAC CGTAAAGTTT
AATGGTCGTC TGTTTAAGAT CAAACCTTCA CTAAACAACC AAGTTGAAGT AAATGAGATT
GATCAGGCTT TGTTGCCCGA TGAGCATAGC GCTACTATGC CTGTGGGAAA GAATGCGCCA
GTGGGAAAGA GTAGCCCGTT AAGTCGTATT GATGCCCTGT CGCCATCTTC ACTTTCTGTG
GCTCCATCCA CTTCGTCCAG CTCTGTGATC CGGGTTTTGG TGGGCTATAC CAGTGAGGCG
TTAAATCAAA ATCCGGGTAT GCAGGCGCTT ATTGATCTGG CTGTGGCTGA GACTAACCAA
GGATTTACCG ATTCGGGAGT TAACGCTCAG GTGGAGTTGG CCCATAGTTA CGAGCTTAAC
TACGCTGAGT CAGGAGATCA TGGTTTAGAT CTCGACAGGT TTCATTTGCC CAATGATGGC
TATATGGATG ATGTTTATCA GATAAGAGAT CAATACAGCG CCGATGTTGC CGCTATTTTA
ATTGGTGATG CCAGCGCCTG CGGCCGAGCA AGAGAGATAG GCGCCTCGGA AGATACCGCC
TTTATGGTTG TTAAAGACAG TTGTGCAACG GGTTATTACT CGTTTGGTCA TGAGCTAGGC
CATCTGATGT CAGCTCGCCA TAACCCTGAA AAAGACAGCA ATACTACGCC ATACGCTTTT
GGTCATGGAT TCCTCTATAC CCAAGGTGGT TGGCGCTCAA TAATGTCCTA TAACAGCAAT
AGCTGTTGCA CCAGACAGAA TTTTTGGTCA GATCCTACCC GAAGCTTTCA AAATATTGTC
AGGGGAACCA CTGATACTCA CGATAATGCC AGAGTGCTTA ATTTAACGGC TGCAACCGTG
GCGGGGTTCA GAACCGGTGG GGACGCTAAC TTACCACCAG TATCAAGTTT CACTTTTAGC
AGTAATGATC TTAGCGTCGA CTTTTTCGAT ACCAGTCACG ATCCTGACAA CCAAATTATC
TCCACAATTT GGGACTTTGG TGATGGAGCT ACATCAAGTG CACTGTCACC AACCCATATC
TATCAAGGCA GTGGCAGCTA TCTGGTCTCC TTGAGTGTGA CCGACGAACT TGGTGCAAGC
AATAGCAGTA GTCAAACTGT AATGGTTTCA TCTGGTTCGG TAAATCAAGC ACCCGATGCT
AACTTTATCT ATAACGCTCA AGGTTTAACC ATTAACTTTA TTGACCAAAG CCAAGATAGT
GATGGACAAC TGGTATCGTG GGCATGGGAT TTTGGTGACA ACACTCAATC CAGTGAGCAA
GCTCCTAAGC ATATCTATCA AACAGCGGGT AGCTATTGGG TTGAGTTGGT GGTCACGGAT
AATGAGGGGG TAACTGCCAG TCATAGGGTA CTAATCGAGG TAACTAACGA GACGTTACTT
TCATCAGCTG ATTTTGAATC TGGGTTAGGG GAGTGGAGTA ACAGCAGTAG CCATGATTGG
GATTGGAGTC GACTCTCTGG TAGTACGGCA TCAAGCTCAA CGGGACCTGA CTCAGGAGCG
GGTGGTCAAG GTTTCTATCT CTATCTTGAA ACCTCCAACA ATAAGGGGGC GTACACAGCT
GGTGAACAAG CACAGCTCGA AAGCCCTGAG TTCACCATAA GTGCTGGTCG TTTGAGTTTT
GATTACCATA TGTATGGCGC TGATATTGGT AGCTTAGCGG TGGATCTGTT CAAAGATGGC
AGCTGGATTA ATGATATTTG GCAATTGTCA GGTCAACAGC AGGGGGCAAG CACTGAGAGT
TTTAGGCAGG CTAATGTGGA CCTATCGGCT TATTCAGGAA GTGTACGAGT TCGAGTGCGA
GCTGTAGCTG CAGGAGGCTG GAAAGGCGAT ATTGCTATCG ATAATCTTCA GCTGTTTGGC
ACTGAGGTTG TAGCAGAAAA TCAAGCACCA CAATTTGAGT TAAACCCAAC GGTTATCGCC
GATGCTTCAG TTGGCTCTGC TTACAGCAGC GATATCTCAA GCTCAGCAAT GGATCCAGAT
GGGGACGAAC TGAGCTTTAG CTTAATCTCC TCTCCAGCTT GGGTTAACCT AACTGCCGCG
GGTTTGATAT CTGGTACACC GCAATATACT GATTTAGGAC TAAACACCTT AGCGGTTAGA
GTGTCTGATC CTCAAGGTGC CTCGGCTGAG GCCCAAGTTG AGTTGACCGT TGTAGAGGCA
ACACACTCTG AGCTGACTTC ACTGGATTTT GAATCAGGCA TTAACAGCGG TTGGAGTAAT
AGCGCTGATG CAAGTCATGT GTGGGAAACT GAAGCGGGGA CAACGCCATC TAACTCTACC
GGCCCAACTT CTGGGGCTGT AACTAGCAGC ACCTACGCCT ATATTGAAAC GTCCAAGAAC
TACGCTTATA ACGCGGGAGA CACGGCTTAT CTTGATAGCG GTATTGTGAG TGGAACGGCA
CGAACATTGA GTTTTTACTA CCATATGTAT GGTGCTGAAA TTGGCACACT GGCAGTGGAT
GTATTCAATC AAGGCCAGTG GCAACTAGGG CTGTTTCAAG TAAGTGGCCA GCAGCAGGGG
AGCAGTGATG ATGCTTATCA ATATCAAGAG GTGGATCTCA CCTCTTTTGA CGGGGACATT
ATCATCAGGT TTAGCGCAGA AGCGGTTGGT GGCTGGAAGG GAGATATCGC CATCGATGAT
ATTAAAGTCG AAGGGTATCA GTAA
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| Protein sequence | MRTPSNPNNI NHTRFNLSAL ILAGLFISPV SAVETDIEII KRVSQAKSAA MPDIVRDREV
KSVTRYTMQL EAFTQGTESL KFELPDSSVL IAKKSLSYVT ESGSLVWQGK IVNQHNPKSP
GDNQIILVKS GDFLSATVKF NGRLFKIKPS LNNQVEVNEI DQALLPDEHS ATMPVGKNAP
VGKSSPLSRI DALSPSSLSV APSTSSSSVI RVLVGYTSEA LNQNPGMQAL IDLAVAETNQ
GFTDSGVNAQ VELAHSYELN YAESGDHGLD LDRFHLPNDG YMDDVYQIRD QYSADVAAIL
IGDASACGRA REIGASEDTA FMVVKDSCAT GYYSFGHELG HLMSARHNPE KDSNTTPYAF
GHGFLYTQGG WRSIMSYNSN SCCTRQNFWS DPTRSFQNIV RGTTDTHDNA RVLNLTAATV
AGFRTGGDAN LPPVSSFTFS SNDLSVDFFD TSHDPDNQII STIWDFGDGA TSSALSPTHI
YQGSGSYLVS LSVTDELGAS NSSSQTVMVS SGSVNQAPDA NFIYNAQGLT INFIDQSQDS
DGQLVSWAWD FGDNTQSSEQ APKHIYQTAG SYWVELVVTD NEGVTASHRV LIEVTNETLL
SSADFESGLG EWSNSSSHDW DWSRLSGSTA SSSTGPDSGA GGQGFYLYLE TSNNKGAYTA
GEQAQLESPE FTISAGRLSF DYHMYGADIG SLAVDLFKDG SWINDIWQLS GQQQGASTES
FRQANVDLSA YSGSVRVRVR AVAAGGWKGD IAIDNLQLFG TEVVAENQAP QFELNPTVIA
DASVGSAYSS DISSSAMDPD GDELSFSLIS SPAWVNLTAA GLISGTPQYT DLGLNTLAVR
VSDPQGASAE AQVELTVVEA THSELTSLDF ESGINSGWSN SADASHVWET EAGTTPSNST
GPTSGAVTSS TYAYIETSKN YAYNAGDTAY LDSGIVSGTA RTLSFYYHMY GAEIGTLAVD
VFNQGQWQLG LFQVSGQQQG SSDDAYQYQE VDLTSFDGDI IIRFSAEAVG GWKGDIAIDD
IKVEGYQ
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