| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr7_2312 |
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| Symbol | |
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| ID | 4256901 |
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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 | 2742795 |
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| End bp | 2745560 |
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| Gene Length | 2766 bp |
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| Protein Length | 921 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 638122981 |
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| Product | hypothetical protein |
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| Protein accession | YP_738356 |
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| Protein GI | 114047806 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 2 |
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| Fosmid unclonability p-value | 0.00333472 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAAGGTG TATATAACTT ATTAATTTGC ATCTCTTTGA TGACCTCAAC TAGCGCTTTT
TCAATGGGAG TGAATGTTCC CGAAGGCTTT GAAGATTTCT TCGCATACCA AAAACAAACC
CTCAAGTTAA AGCAGTTAAA CGGTGACTAT CGTGACGTGG TTTTGCTGGT TGCCTACGAT
AGCGTAAAGC TGAGCGATGA TTCTAGCGAA AGTACAAAAC TAAGCGACAT ATTGTTGGAC
AACAATCTGA AGCAACCGTA TGTCACAAAA ATCTTAACCG ATCTGAAAGA TGGCGTCACG
GTTAGAAATA ATGAGTGTAA AGAGAAAGAA CTGTCTAACT GTGTGTTGGT ACCTACCGGC
GAAGATTATG CGTTGGTTTT AGACTACGAC AACAAACGAC TACTGCTTTT CGTTAGCCCT
AGCTTAGTCA ATCAAGTCAA CTCTAAAATT GATGGAAAAT ACCAACAAAC CAAAAAAGAT
AACCCAGCGA CCATCAACCA TTTCTCTATT GATTTAGACA AATATAATGA CTCTGACTTC
AACTACAGCA TCAACGATGA GTTAATGGTT GGGTTGAACT ACGGTTACAT CCAAAGTGAG
GTGCAGTACC AGAGTTATAG CGATGATTTC GACGTGTATA AGCTTGCATA CCATCTCGAT
TTTGACCGAT ACAGCTTACG AGTTGGGCAG CTTATTGGTC GTGAATCAAT GAACAGTACA
GATTTCTTAC GTGAAGGTTC AACACTGAAT GGTGTAACCG AACGAACCAT AGATTTCGGT
TCATCAGACA ATCTGTTATT GGGTAAGAAG AACGAAAACA AACAACTCTA TTTCTTCTCC
CCATCGGTTG GCCGTCTGAT CGTGAAAGAT GCCGATAATG ATCGGATACT ATTAAACCGA
AACACGGCAC CTGGTCAGCA GTTTATTTCT TACTCTGAGC TGCCATACGG TATCTACGAT
GTTATTTTAG AAATTCGCAA TAATGACAAT GTGCTGTTAC GTGAAGCGCA CACTATCTAT
AACAAACGTT CTGACAATTT GGCGCTGAAC GATTACGACT TTCTACTTTC TGTCGGACAG
CTTGAAAGCA AAAATATCAT CGATAAAGAG CAAGAAGATG AGTTGATGTT TGTGCGCGGA
CTGACAAGTT TAAAAATACA CAATTCGGCA CTGTTAGGGT TAGGTGTAAC TGGTAGTGAC
TTAGGGACTA TCACGACGGC GGGCTTAGCG TTCGATTTAC CTTGGGATCT GTCTCTCCAG
TCAACGTATA ACTATGCCAG CAGTGGCGAA ATCTATTTTA ATACTACGTT GGACTTGGGC
TTATTAACCA CTTCTTTCCA AGAATACAAA GGTGGTAGTG ATCGTAATTT GGCATCTACG
CTGTACGGTT ATGGCCATTT TAAACGTGCC TATATAGGTA GCTCATTTAA TTTCTTTGAC
TTGGGTCAAG CAAGACTTAG CGGTGCATAT AACTTTAACC AAAGTGATGT AACGTCAATT
AACTATGAAA ACTATAATTT ATCATTCGGC TTGGGACGTC AGATTAATAA CTATGCACGC
ATTGACTTTA ATCTCGGCTA CACAACCAAT TCTTTAGAAG ATGGCTTTGA ACTAGACAAA
CTTGATGGAA CTTTGTCGGT GACGATCAAT TTGGATCCAC AAGATTCTAT TTCTTATCGC
TCAACGGTTC ACGGCTATAA CCGACAGGTA TCATCAATTA GAAATACTTT GTCAGCGTCG
TCGCTCATCG ATGGAGAAAA CTACAGCGAT TACGGTGAAG TGAGTCATGT TTATAACAAC
GTTTCTGAGT CTTCGACCAG AGTTGATGCC TCTTACTCGG GCAACTATAG AAACGACTAT
TTACATGCTA ATGGGTTAGT CATTGCTGAT ACACAAGGCA AGAGAGGGGC TTCGCTAGGC
CTTGATTCAT CACAAATCTT TGCCAACGGT AAAGGCTACG TGACAGCAAA TAAAAGCAGT
AGTTATGGCA TCGTTGATCT GCAGCGCAAC GGCGGTCAAC GGCATACAAG TGACGGCAAT
AAGCTCAAAG CATACTTAAC CGTGAAAGAT AACGATGGCC AGTTGAAAAA AGTCTCGGTC
TACAACGACC AGACGGTTAT TCCTATGACT GACTACAGAC AGTATGCGAT TGAGCTGAAT
ACCGATGTTG GTGACCTACA AAACAATGGT CGCAATTACA CCTCGGGTTA TTCGTACCCA
TCGGGTGTGA TTGAGTTAAG CACTAATGTC GGTACCACCA AAAAAGTTAT CTCAGGATTC
AAAGACATTT TTGATACGCC GATTGCAAAT TTAACATGTG ATGGTGCGGG CTGTTTATAT
ATTTATGAGC TTTATGACGG CGTTTTCGAT ATCACGGTAT TTGATGAACT GCCTTTTACA
TTAAAAGCGA ATGGCTTGGT GTGTGAGCTG GAAATTTATC AAGATAAAAC CAATTACGGT
ACTAATTACT GTTTGCCTGA ATTAATGTTG GGTGAGTCAA TTATTATCTC AGGCCATCCA
GATAGCGATA AGACCGTTAA ATATTTAGGA GAGTATTATA AGGATTCAAA CATATTCGAT
TTCATATCCA ATATTGAAAG CAAAGATATG CAAGTTTACA TGCTAGATAA GCGCGAGCGA
GTTGCTGTCT ATGTTTCTTA TGAATATGAA CACCTTCTCT CAAATAAACA GTTAGAAGAG
ATGGATATGC TACTTAAATT TGCGAAAGCA AATAGTCCAA TCAATATTGG TGAGGTAAGA
AAGTAA
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| Protein sequence | MKGVYNLLIC ISLMTSTSAF SMGVNVPEGF EDFFAYQKQT LKLKQLNGDY RDVVLLVAYD
SVKLSDDSSE STKLSDILLD NNLKQPYVTK ILTDLKDGVT VRNNECKEKE LSNCVLVPTG
EDYALVLDYD NKRLLLFVSP SLVNQVNSKI DGKYQQTKKD NPATINHFSI DLDKYNDSDF
NYSINDELMV GLNYGYIQSE VQYQSYSDDF DVYKLAYHLD FDRYSLRVGQ LIGRESMNST
DFLREGSTLN GVTERTIDFG SSDNLLLGKK NENKQLYFFS PSVGRLIVKD ADNDRILLNR
NTAPGQQFIS YSELPYGIYD VILEIRNNDN VLLREAHTIY NKRSDNLALN DYDFLLSVGQ
LESKNIIDKE QEDELMFVRG LTSLKIHNSA LLGLGVTGSD LGTITTAGLA FDLPWDLSLQ
STYNYASSGE IYFNTTLDLG LLTTSFQEYK GGSDRNLAST LYGYGHFKRA YIGSSFNFFD
LGQARLSGAY NFNQSDVTSI NYENYNLSFG LGRQINNYAR IDFNLGYTTN SLEDGFELDK
LDGTLSVTIN LDPQDSISYR STVHGYNRQV SSIRNTLSAS SLIDGENYSD YGEVSHVYNN
VSESSTRVDA SYSGNYRNDY LHANGLVIAD TQGKRGASLG LDSSQIFANG KGYVTANKSS
SYGIVDLQRN GGQRHTSDGN KLKAYLTVKD NDGQLKKVSV YNDQTVIPMT DYRQYAIELN
TDVGDLQNNG RNYTSGYSYP SGVIELSTNV GTTKKVISGF KDIFDTPIAN LTCDGAGCLY
IYELYDGVFD ITVFDELPFT LKANGLVCEL EIYQDKTNYG TNYCLPELML GESIIISGHP
DSDKTVKYLG EYYKDSNIFD FISNIESKDM QVYMLDKRER VAVYVSYEYE HLLSNKQLEE
MDMLLKFAKA NSPINIGEVR K
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