| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr7_0626 |
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| Symbol | |
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| ID | 4255823 |
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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 sp. MR-7 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008322 |
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| Strand | - |
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| Start bp | 730473 |
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| End bp | 733163 |
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| Gene Length | 2691 bp |
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| Protein Length | 896 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 638121240 |
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| Product | hypothetical protein |
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| Protein accession | YP_736686 |
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| Protein GI | 114046136 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 13 |
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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 | ATGAGATGGT ACATAATTCT CGGAACTATA ATAGTTATTC TAAGTTCTAT CATTTTATAT
ATTATGTTCA AACGAAAAAA ATATACTAGA GAAAGATATG CTTTTTTTGC AACAGGTCTA
ATATTCACAT ATACAATAAC AGTATTAACT CATTTAATTT TTGACGTCTC ATTATTTCAA
ATTCTATTAA TGCTTTATAA CAAATTGCCA TTTGAAGATA TTACAATACC AACTACATCT
TGGTCTGATA AAATATGGTC AATTTTCTTG TTAATAATAT TATGTGTATT TATACTCTCA
ATATTTTATA CTTGGGGAGA TAAAGGAAAC GTAAGTAAGC TGGATAGAAG TATGAAAGAT
GTCAGAGAAG ATTTAAGCTT CTTACGTGCT GCACTTATAG GAATGAACCC AGCAAAAATT
GACATTGCAG ATAAAGATAT TGCAAAGACA GATATAGATA AGAAAAACTT CGAATTAAAT
TATTTAGATT TAGATAGAGA TTGGCCAAGC GAAGCTAAAG AACTATTAAA CATGTACTCA
AATCAGTACA AAATTAACGA TAGCGAATGG AACAAAGAGG AGAATAGTTT TTACAGTAAC
TACATGGGAA ATCCACTATT AGTAATTTGC GAATTAGAGT CACCTAGCGA ATCTACAATT
GAAAGTAGAA TAACTGAATT CAAAAAATCA AGAAAAGTCG AAGATATCAA GGTTATAATA
GCCGTAAAAA ACGTTAAATA TAACACAAAA AACAATATAC AAAGCAAAGA TAGAATATAC
TTCACAAAAA ATACATTATT AAACAGCTTA ATTGACTTCT CTGATTACAA TGATTGTTTA
AGAAGGCAAT TTGAGTCTGA TGAAATATCA GAAGGAGATA ATGTCACCTT AAAAGATATT
TATGTAGAAA GTGAAGGCTC TATTACTGAC TTAACAAGTA AAGAAAACGA GACAATACAC
AGCGTTGAAA AACACCTTAT TAATTGGGCA TCAAAAAACA ATAATGAAGA ACAAATAGTA
CTTTTAGGTG ATTATGGTCA AGGTAAGAGT GTTTTATCGC TTAGATTTGC TAATGAATTA
GTAAAGTCAG ACATAGATAG ACAGCCTATA ATAATAGAAT TAAGAGGTAA AAGTCCAAGA
AACATGCCTA TGACAGAAAT GATTGCTGCT TGGGCATATC GATTTAACTA TAACGTAAAA
GCAATTTTAA AACTTTTGCA AGAAGGAAAA TTAGTTGTAA TTTTAGAAGG CTTCGATGAG
CTTGATATGG TTGGAGATCA ACTTAGGAGG CTTGAGCACT TTAAGAAACT ATGGGATTTC
GCACGGTATA AAAAATCAAA AATAATAATA ACTGGCAGAC CGAACCTTTT CCTAAATAAT
GAAGAAGCAA GAAATTTCTT ACAACTAAAT AATGGTGAAC GTTCTACTTT TAGTGTAAAG
GCTATAAAAC TGGAACCATT CGACAGAGAA AAAATCAAAC TCGCACTAAG AAATACACCC
GAAAACATTT CAAAAAGTAT TTTAGAACAT TATGATTCTA CAAAATCTGG TGTGGGATTT
TCAGATCTAA TATCTAGACC ATCAACTCTA TTTCAAACAA GTATAATTTG GGAAAGCCTA
GATAAAACAA AATTAAACTC CTCAAAGATT ATAAATAGCT TCATTGAACA CGCGTACAAG
CGCCAAGCTC AAAAGTTACT ATCAATTAGT GGTACAGACT TAGAGGCTCC TGTTCTCACG
GTTCAAGAAC GAGCATACTT CATGCAGGGA ATAGCTGTTG GAATGGTAAA GAAAGGTGGA
TATTCTAATC AGATATCAGG TAGAGAACTT GAAGAAATAG TCTTCCCATT GTTTACTAAT
ATACCTAACT TTTGCAGCCG AGATCATCAC AGCAACACTT CAAATCTTCA CGAAAGACTG
AGAGAGGATG CTTTTGAGTC TGTGTTTAAT GATGTTAGAA CCGCAGGGAT ATTAGTTAGA
GATTTAACTA GCATTAATTC ATTTAAATTT GCACACAAGT CATTTTTAGA GTCGCTATTT
GCCAACTTTG TAAAAATGAA AGTAAATCCT AACAATGACG AAGACAAGAT AATTGGCAAC
ACAATAGAAA AAGCTTTATC TATAACGGAT ATATACTCAC TAAAATTCAG TGATGAAGTA
ATTGGACACG TTACAGAAAA CATAGTTAAT CAAGGTCAAA AATTTGATGA TAGCGAAGCT
AAATCGTTAA TGAATGCATT ATCTAAAAAA GCAAAAATCA TAGATACAAT ATTCTTTAGA
AAAGCGTTTT TGACAACAAA ATTTACTGCA TTCCTGTTAG CAATAACATT TATATTAGTC
ATATGCACAG TATATTTAAA ACTAACAAAA CCATCATACA GCCATATAAA TTTGATCAGT
GAAATTATAT TCATCTTACT CCCGATATTT ACAATTTATT TATTTGGAAG AAATGTTTTT
TTAAAATCTA CTGAGAGAAT AAAAGCTGCG ATTGAAATTT GGTGCAGAGC TTGTGAAGTA
CAAAATTATA ATATTGAAAA TGAGAAAGTC TTAAGTAAGA ACTTCATTGA ATGTTGCCGT
AATCACAATA AAAGCATTAA CAAATTTAAA TCATGGTTAT CAATATTCCC ATTTACTAAA
GAAATTGTAT TGAAAAATAA AAATGACAGC CCACCGAATA TATCTAGATA A
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| Protein sequence | MRWYIILGTI IVILSSIILY IMFKRKKYTR ERYAFFATGL IFTYTITVLT HLIFDVSLFQ
ILLMLYNKLP FEDITIPTTS WSDKIWSIFL LIILCVFILS IFYTWGDKGN VSKLDRSMKD
VREDLSFLRA ALIGMNPAKI DIADKDIAKT DIDKKNFELN YLDLDRDWPS EAKELLNMYS
NQYKINDSEW NKEENSFYSN YMGNPLLVIC ELESPSESTI ESRITEFKKS RKVEDIKVII
AVKNVKYNTK NNIQSKDRIY FTKNTLLNSL IDFSDYNDCL RRQFESDEIS EGDNVTLKDI
YVESEGSITD LTSKENETIH SVEKHLINWA SKNNNEEQIV LLGDYGQGKS VLSLRFANEL
VKSDIDRQPI IIELRGKSPR NMPMTEMIAA WAYRFNYNVK AILKLLQEGK LVVILEGFDE
LDMVGDQLRR LEHFKKLWDF ARYKKSKIII TGRPNLFLNN EEARNFLQLN NGERSTFSVK
AIKLEPFDRE KIKLALRNTP ENISKSILEH YDSTKSGVGF SDLISRPSTL FQTSIIWESL
DKTKLNSSKI INSFIEHAYK RQAQKLLSIS GTDLEAPVLT VQERAYFMQG IAVGMVKKGG
YSNQISGREL EEIVFPLFTN IPNFCSRDHH SNTSNLHERL REDAFESVFN DVRTAGILVR
DLTSINSFKF AHKSFLESLF ANFVKMKVNP NNDEDKIIGN TIEKALSITD IYSLKFSDEV
IGHVTENIVN QGQKFDDSEA KSLMNALSKK AKIIDTIFFR KAFLTTKFTA FLLAITFILV
ICTVYLKLTK PSYSHINLIS EIIFILLPIF TIYLFGRNVF LKSTERIKAA IEIWCRACEV
QNYNIENEKV LSKNFIECCR NHNKSINKFK SWLSIFPFTK EIVLKNKNDS PPNISR
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