| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr7_0342 |
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| Symbol | |
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| ID | 4257046 |
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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 | 378375 |
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| End bp | 381578 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 638120948 |
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| Product | hypothetical protein |
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| Protein accession | YP_736403 |
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| Protein GI | 114045853 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.120317 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTTATC AGGCGAAATT TACGGGATGG GATTCACTCA CAATAGAAGA TCTTCTAGTA
GCATACAGAA AGGCCAAAGC CGACTGTTTC TTCGAGAATA CCTTCCCCAC TGCCATAAAG
TTCGCTGAGT ACGAGCAAGA CTTATTGGCT AACCTAAATG AGCTGTTAAC TCAATTAAAG
AGCGACGCAG GTTTTGAAGA CAATGAAGCA CTACTCGGGA ATTTTCGATT ACTGCCAAAG
AAACTCTCTT CAGATAAAAA ATCAGATACT ACTGAAAATG GCCACGTGCA CTTTTCTAAA
CCAGAGAGAG CGGTAGAAAG TCTGTTCAAT AATTACGATA TAGTCCCTGA ATTCCGGATT
GTGGGTGACT TTCCTGTAGA AACCCACATT ATTTCCGCAC TGTGGATCAA CATGATTGGT
CGCCAGTTTG ACGCCAAGTT AGATTATAGT TGCTACGGCG CTAGGCTAAA ACGTATCCGT
AATGATGAGT TATTCACAGA CGGCGATGAA AAGCCATTCC ACATTAGCTC AATTGGTTCA
TTTGTCCCGT ATTTTCAGCC CTATCAAAAA TGGCGTAGCG ACGGCCTTAA GGCTATCCGG
GACGAGCTAG AAAAAGACCG CGATATTATT GCTGTATCCC TCGATCTTAA ATGTTATTAC
CACTTTATTG ACCCGCTTGC GATTTCTGGC AAAGGTTTAC TTGAAACGCT TGAGCTAAAA
CTGACGGATG AAGAAGAAGC ATTCACCGAA CAGCTCTCGA AATTCCTCAG CAACTGGGCA
GAAGAAGCTT CCGAATTTGG TAAAACGGTT GGCGGTAAAA AAGCCAAGAT CAACGGCGGC
TTGGTGATTG GCCTTACATG TAGTCGTATC ATTTCCAATG CTCTGCTGTA TAAATGGGAC
AGACTTGTTT TGGAGAAGTT GTCGCCGGTA CATTACGGCC GCTATGTAGA TGACATGTTT
CTGGTTTTAC GTGATACCGG TACTATCTCC AATAGCCTAG ATTTGATGAA CCTAATTCAA
GCTAGAATGG GTGAAGACAT CATTTCTCAG AACGCTGCAA ACAAAAAGGT TTGGGAGATA
AATCAAGGCG CAAACATCCA AGGTCATTCA AAAATAACGC TTCAGTCTGA CAAGCAAAAG
TTATTTATAT TGCAGGGACG AGCAGGGCTC GATCTTTTGG ATAGCATTGA AAATGAGATA
TATGAGCTTT CCAGTGAACA CCGCCTTATG CCGTCGCCAG ACCAGTTGGA GCACTCAACA
GCAGCCAAAG TGCTCTCCGC TGCCGGTAGC GTAGGCGAAA ATGCTGATAC ATTGCGTAAA
GCAGATGGCC TTACCATTCG CCGTTTAGGT TGGTCACTGC AATTACGCCA CGTAGAAACC
CTTGCGCGAG ATTTGCCACC TAATCAATGG AAAGAGCAGC GCGAAGAATT TTACCAGTTT
GCCCATAACC ATGTCTTACG AGCAGATAAT CTCTTTGCTC ATTTCAATTA CTTGCCAAGA
CTACTCGGCT TTGCAATCAG CATGAATGAG TGGGAGCAAG CTGAGCAGAT AGCAGTGAAG
TCCTATCGAG CCATTGATAC CTTAGCTTCC GAAGTAGGCA AAGGTAAGAA GGTTCGAATT
AATGGATGTG ATGCCAAAGT ACTCAAAGAT CTATGGGGCT ATATCAAGGG CACTTTGACA
TGGTTATTTA TCGATGCTGC CACACGCTAC CATGATCCAA GCAAGCTATT CTTAGGTGAG
CGGTCGAGCA AAAAGAAACG CTTAGCGGAT CTGTTTTTGA ACCAAATTGT GATAACCCTG
ACTGATTTTG AGGCGCTATT AGACCTACGT TTTGATGTGA CAGATTTCGA GAAAAAAGCA
CCGCTTGTTG CAGCAGCAGA CCTCGCAAAA GAAGCCTACA AGTACATTCT GAATAGCCCG
TCTGCTGAAA AACTAGCAGG TAAACGCGAT GCTAAGAAGG AAAATAGAAT CCTTAAGTTG
CTTGGTAACT CAGAACTTCT CGATGTGGAG GTATTTGAGC AATTTATAAA CTCTACCCGG
AAAACTAGGT TAAGCATGGT CACCAAGGGA CAAAAGATAA ATGACAGCTA TCTGCCTTAT
CTTTTCCCAA CCAGGCCACT ATCTCCTGCT GAAATATCAG AATTAGCGCC TGAATGCGTA
GGCCTGTCTT CGGCATCTGG TAAACTGCCA ATTTATGGTC CGGCAGTGAC CTGGGCTAAA
TACACCCAAG TACTGCGTGG GGTGTGGATA AAGCCCACCC TTCTGGCTGC AGAACAGGAC
GCTAACGACA ATAAATCAAA AAAGCGCAAG AAATACCTGA GAATAGGGAC AGATAGCAAA
GAAAAAGTCG TCGTAGCCTT AACCAACATA CGTACCGAAG ACACTGACTG GGCCGCTACC
GCCTGCAATA AACCGAATTT AAGCCGTAAA CGATATCAGA AAATATCAAA GCTGGTTAAC
GATGCTTTGA AACTGAGCCC GAAGCCTGAT TATGTTATCT TTCCAGAACT TTCTATTCCT
CTGCGCTGGC TGAACAGTAT TGCTAGCAGA CTCAGTGCTG CGGGTATCAG CCTGATAGCA
GGAACCGAGT ATCGACACAC AGATGGCAAA AAAATCCTAA GTGAAGCAGC TCTGGTCCTC
GCAGATAACC GGCTTGGCTA CCCAACCTTT GTCAAAATAT GGCAGCCAAA GCTTGAACCA
GCAGTTGGTG AGGATAAAGA ACTAACTGTG AAATATGGAA AGGAGTGGGA TACACTCGAG
AAAGCACCAA AGCCGATTTA TATCCATAAT GGCTTCAACT TTGGTGTAAT GGTCTGTTCG
GAACTGCAAA ACAGCAAAGC ACGCATTCGT TTCCAAGGCG CTGTTGATGC CCTTATGGTT
CTCAGCTGGA ATAGAGATCT AGATACATTT TCGTCTCTGA TCGAATCCGC AGCATTGGAC
GTTCACGCCT ACACCATACT TGTAAACAAC CGAAAATACG GTGATAGCCG TGTCCGATCA
CCAGCCAAAG AGAGCTTCCT GCGGGATATA GCTAGGCTAA GAGGTGGAGA CAATGACTTT
GTGGTTGCAG CCACCTTGGA TATTGGCGCA CTCAGAGCAT TCCAAAGTCG AGCAAAACGC
TGGCCTGAAG AAGGTGACAA GTTTAAGCCT GTTCCTGAGG GATTTCGAAT ATTAAGGGAC
AGGAGAAAAC TACCGCCCAA GTAG
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| Protein sequence | MSYQAKFTGW DSLTIEDLLV AYRKAKADCF FENTFPTAIK FAEYEQDLLA NLNELLTQLK
SDAGFEDNEA LLGNFRLLPK KLSSDKKSDT TENGHVHFSK PERAVESLFN NYDIVPEFRI
VGDFPVETHI ISALWINMIG RQFDAKLDYS CYGARLKRIR NDELFTDGDE KPFHISSIGS
FVPYFQPYQK WRSDGLKAIR DELEKDRDII AVSLDLKCYY HFIDPLAISG KGLLETLELK
LTDEEEAFTE QLSKFLSNWA EEASEFGKTV GGKKAKINGG LVIGLTCSRI ISNALLYKWD
RLVLEKLSPV HYGRYVDDMF LVLRDTGTIS NSLDLMNLIQ ARMGEDIISQ NAANKKVWEI
NQGANIQGHS KITLQSDKQK LFILQGRAGL DLLDSIENEI YELSSEHRLM PSPDQLEHST
AAKVLSAAGS VGENADTLRK ADGLTIRRLG WSLQLRHVET LARDLPPNQW KEQREEFYQF
AHNHVLRADN LFAHFNYLPR LLGFAISMNE WEQAEQIAVK SYRAIDTLAS EVGKGKKVRI
NGCDAKVLKD LWGYIKGTLT WLFIDAATRY HDPSKLFLGE RSSKKKRLAD LFLNQIVITL
TDFEALLDLR FDVTDFEKKA PLVAAADLAK EAYKYILNSP SAEKLAGKRD AKKENRILKL
LGNSELLDVE VFEQFINSTR KTRLSMVTKG QKINDSYLPY LFPTRPLSPA EISELAPECV
GLSSASGKLP IYGPAVTWAK YTQVLRGVWI KPTLLAAEQD ANDNKSKKRK KYLRIGTDSK
EKVVVALTNI RTEDTDWAAT ACNKPNLSRK RYQKISKLVN DALKLSPKPD YVIFPELSIP
LRWLNSIASR LSAAGISLIA GTEYRHTDGK KILSEAALVL ADNRLGYPTF VKIWQPKLEP
AVGEDKELTV KYGKEWDTLE KAPKPIYIHN GFNFGVMVCS ELQNSKARIR FQGAVDALMV
LSWNRDLDTF SSLIESAALD VHAYTILVNN RKYGDSRVRS PAKESFLRDI ARLRGGDNDF
VVAATLDIGA LRAFQSRAKR WPEEGDKFKP VPEGFRILRD RRKLPPK
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