| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr7_2142 |
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| Symbol | |
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| ID | 4255276 |
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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 | 2533309 |
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| End bp | 2537505 |
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| Gene Length | 4197 bp |
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| Protein Length | 1398 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 638122810 |
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| Product | hypothetical protein |
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| Protein accession | YP_738187 |
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| Protein GI | 114047637 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.048277 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTCAGC CCCCTATTCA TGAGCCTAAT GCACCGGCTC AACAAGAGAA TCAAACGCCT
GAGCAATTGT CTTTGGAACA AAATCCAACG TGTGTGCAGC CTAAAACCCT TAAGCTGCGC
ATTTGGCAAA TATTTAAACT CTGCACGCGG ATTATTGTTT ACGTTCCCTT GAGTCTTTTG
GTGTTAACTG CATTACTGCT CGGGACTGAA ATTGGCTCGC GGATAAGTGT GGGTTTAGCC
GATAAGTTTG TACCCGATCT GGCGCTCAGC TACACCTCGG GCTCCTTAAA TAAAGATCTC
ACCTTAGCCC ACGCCAGCTG GTCGATGGAT GGGATTAAGG TTGAGCTCAA GGATTTGCAT
TTGGCGTGGC AACCCACTTG TCTGCTACAA AAACAGCTGT GCGTGAATGC CTTAACGGCG
AGCCAAGTCG ATGTCAATAT CAATACAAAT GCCTTAGGCG CAGGCGGCGC TGAAGTCGAC
GTCCCTCCCG AAAATGATCA GCCGAGTGAA CTGGTTCTAC CCTTTGGTAT AAAGCTCGAC
AGCGCCGAAC TGAATAACAT CAATATCGCG GTCGATAAGA TGCGCTTTTC GGCAAATCAT
ATTCAGACCG CCGCCACTTG GTTCGCCGAA GGACTGACGG TCGAGCAGCT TAGCAGTGAA
GGCTTGGCTG TGTTAATTCC TATCGACGAT AGCCCAACGG CTACAGAGTC TAAGGTTGCG
GACACGACGA CTACGGCAGA AACCACGACC ACCGTAGCGG TGACAGCAAG CGCTAAAACG
ACAACTGGTA AGCCCATTGC AGATAAGGGA TCTACGGCGC AAACGCCAGC TAATACTCAA
GCTGATAAAC AAACGGATTC AAACGCGGAA AAGCAAGCAT CCACTGAAGA ATGGGCACTT
GCCCATTTAC CACAGGTTTT TATGCCTTTC CCGGTGGATG TAAAGCATCT CAGTTTAGAC
AACAGCCGTT TACAGATTGG TCCGCGTGAA GATCTGTTTA GCCATATCGA GCTTCAAGGT
CAATTTGCCA AGTATCAACT GACCCTTGAG AAATTAATGC TCGCCCATAG TTATGGTGAG
CTATCAGTGG TGGGCCAACT CGCCCTCAAG CAAGATTATC CCCTCGCGCT CGAGGTTCAG
GCCAATATGA CTCAAGTTGC AGAACTGCCA GAACTGACCC ATCAACAATT AAGCCTAACC
CTTAGCCAAA GCGTCGGACA GCTCGGGATC CATGCCCTTG CCAAAGGGGA TGTGGATTTT
AGTCTCAATG GACAATTGAC CCTCAAAGAT CCCACGCTGC CCTACAAGGT CAAACTGGAA
AAAGTGCGCG CACAGTGGCC GCTGCAACAT GCCGAGTATC TCGTCAGCGA CCTCAATCTC
GACAGCCAAG GCTCCCTCAC TCAACAGGCC GCGACGCTCA ATGGAAATGT CATCACACCT
TTCCATAAAG TGTTAGCCAT TAGCAGTGAG CTTCATCATC AGGGTGCAAA GCTCGATATT
AAGCAGTTTA ATGCCAAGGG CGAACTAGGT TCGGTCAATG TGACTGGTGA GCTAGATTAC
GCTAAGGCGA TCACTTGGAA AGCCAAGGTA CTGCTGGATA ACCTGAAATT ACAGGAAATC
ACTCTGCCAC AAACTGCACA GACTCCTGAA TCAACACCGA CAAAGGACGC TAAAGCGCCG
AGCACAAATA CCGATAAGCC GGCGCCTGCC ACAGCAAATG CTCCAGCTCC TGCGACAACA
ACCGCAGCTG CAACTACAAA TGCAAAAGCA AGTGCAAGTG CAACGAGCAG CTTGCCAAAC
AGTTTAATCT CAGGCCAATT GCAGACCACC GGGCGCCTGT TAGATAAACA GTGGCAAGTG
GCGCTAACGG ACACCCAACT GTCAGGCACA ATGCAGGGTT ATCCGTTTGA TATCACAGCC
GATGTCAGCA TCAACGATAA ACTGTATATC AGCGCAAAAG GTGTCAATGC CAAAGTACTC
GGCTCTACCT TAACCCTAGC AGGCGAAACC AACAAAACCT GGAACCTTGA GGGTAAACTG
CAAGTCCCCG ATTTCGGTTT ATGGTTGCCC CAAGCCAGTG GTCAATTGCA GGCCGATATC
AATGTCACTG GGGAAGAGAA ACATCCACAA GTCGAGTTAA CCGCGCAATT GGTCGATCTG
GTGCATCAAA ATATTAAGCT CAGGGAGTCA ACACTCAAGG CTTACTATAA GCCTTTGGAT
GCCCATGAGT TTGCCCTATC ACTCAAGTCA AAGGCGCTGC AACTTGGCTC ACAGAGTTTA
GATACCGTAA CCTTGGGCAG TAAGGGCGAT ATTCAAAACC AAAAACTCAC CCTCAGTGCC
ACAGGGGATC TTGGGCTCGA GCTTGGCGTC ACTAGCCAAT ACGATATGAA AAAATCCCAA
CTGCAGGCGC AGGTGAATAA AATCAACTTG GCAACCCCCG TCGGACGTTG GGAGATTGAT
AAGGATATTC TTGTCGGCTG GGATCAAAAT AAGTCCAAAG GTAATATCAG CCCTTTCTGT
CTAGTGAATC CTAACAGTAA GGTTTGCCTC GATAATCAAG TAACCATTGG TAAAACTGGC
GAGGCCCAGC TCAGTTATGC GGGCAATCTG GGTAAACTGT TAGTACCTGT GTTGCCGAAC
AATATGCAAT GGGATGGCAG TTCTTCGCTG CTGGCAAACG TTGCCTGGGC CGCTGGGCGT
AAACCCACGG CCAATGTCGA CTTTAATTTT ACTCCCGGTA GTATCAAGCT TAAACGAGCC
AAAAACCGTG AAGTCACCAT TAATTATCAA CAACTTGATT TCAAAGCTAA CTTAGATGCT
AAACGACTCC TCTCGTCGAT TAGCTTTGAA TCGGAAGATG TCGCCAGTTG GCAGAGTGAG
GTCACGGTCA ACGTGACGCC AGACAGAACC TTGTCGGGTT ACGCCAATAT CAAGCAAATT
AACCTGCAAC CCTTGGGCGA GTTTTTCCCA CAGCTCAATA CCCTCGAAGG CTTGCTGACC
AGCAGATTAA ACTTTGCAGG CACCTTGGAT GCGCCAGAAG TGTCGGGCAA TGTGTCCTTA
ACCCAAGGCG CACTTGCACT GACTGCAAAC CCGACCCTCA TCAATAAAAT TGATATGTCG
ATGGAGCTTG GCGGACAACA GGCCTCCCTC AAAGGTCGTT GGATGATGGG CAATGGTTTA
GGCCGAGTCA CGGGCGATAT GCGCTGGCCT CAGGGCCAAT TTAGTGGTGA GCTTGCGGTG
AAAGGCGACA AATTAGCCGT GATCCAACCG CCACTGGCGC TACTTGATGT CTCGCCCGAT
CTCACCATCG CCTTTAGCAG CCAACAGCTT GAGGTCAAAG GGGTTGTCGA TGTGCCTTCG
GGCAATATCA AAATTGTCCA GCTCGCCGAA GGCGGCGTTG CCCTGTCGGA AGATGTGGTA
TTCGATGACT CAATCGCGGC GGCTCAGCCC AAGGCTAACC CCTATGCAAT CGTCGCGGAT
CTGAATATTA ATGTCGGTAA CGACTTAAAA GTCGATGGCA TGGGCCTTAA AGGTAAACTG
CAAGGGACCT TAAAACTGCA GCAACAGGCG TTCCGTCCGC CACTGTTGTT TGGTGATATC
AAGGTCAAAC AAGGCAGCTA TAAGTTTATG GGACAAACCC TGAAAATCCG TACCGGTGAA
GTGCAGTTTG TAGGACCAAC TTCCGTCCCT AACTTAAATA TCGAAGCTAT TCGTGAAATT
AAGAGTGAAG ATCTGGTCGC GGGGGTCCGT GTCACAGGCA CACCTGCCCG CCCCGTTGTC
ACCCTATTCT CAAACCCTGC CAAGGAGCAA GCAGAGATCC TGTCTTACAT TATTAAAGGC
AGCGGCTTTA ACAGCAGCAA TAACGAACAG AATAATTCCC TTATGATGGG CGCAGCACTA
GGTTTGGGCT CACAGGTTGG TGGCGGTGGC GCCATCAATA ATATTGGCAG CACAGCCGCT
GGGATTATCG AAGAGTTCGG TTTCTCAAAC GTACAACTGG ATACTAACGA TGAGGGCCGC
GTGGCGATCA GTGGCTTTAT CGGTGATAAC CTGATGGTGA AATATGGCGT CGGGGTATTT
AACCCAGGCT ATGAGATGAC AGTCAGATAC TATCTGTTAT CGCAACTCTA TCTTGAAACG
GTATCCGGCA CCCTAGGCCA ATCCCTCGAT ATCTACTACA ACTTCAATAT CAAGTAA
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| Protein sequence | MSQPPIHEPN APAQQENQTP EQLSLEQNPT CVQPKTLKLR IWQIFKLCTR IIVYVPLSLL
VLTALLLGTE IGSRISVGLA DKFVPDLALS YTSGSLNKDL TLAHASWSMD GIKVELKDLH
LAWQPTCLLQ KQLCVNALTA SQVDVNINTN ALGAGGAEVD VPPENDQPSE LVLPFGIKLD
SAELNNINIA VDKMRFSANH IQTAATWFAE GLTVEQLSSE GLAVLIPIDD SPTATESKVA
DTTTTAETTT TVAVTASAKT TTGKPIADKG STAQTPANTQ ADKQTDSNAE KQASTEEWAL
AHLPQVFMPF PVDVKHLSLD NSRLQIGPRE DLFSHIELQG QFAKYQLTLE KLMLAHSYGE
LSVVGQLALK QDYPLALEVQ ANMTQVAELP ELTHQQLSLT LSQSVGQLGI HALAKGDVDF
SLNGQLTLKD PTLPYKVKLE KVRAQWPLQH AEYLVSDLNL DSQGSLTQQA ATLNGNVITP
FHKVLAISSE LHHQGAKLDI KQFNAKGELG SVNVTGELDY AKAITWKAKV LLDNLKLQEI
TLPQTAQTPE STPTKDAKAP STNTDKPAPA TANAPAPATT TAAATTNAKA SASATSSLPN
SLISGQLQTT GRLLDKQWQV ALTDTQLSGT MQGYPFDITA DVSINDKLYI SAKGVNAKVL
GSTLTLAGET NKTWNLEGKL QVPDFGLWLP QASGQLQADI NVTGEEKHPQ VELTAQLVDL
VHQNIKLRES TLKAYYKPLD AHEFALSLKS KALQLGSQSL DTVTLGSKGD IQNQKLTLSA
TGDLGLELGV TSQYDMKKSQ LQAQVNKINL ATPVGRWEID KDILVGWDQN KSKGNISPFC
LVNPNSKVCL DNQVTIGKTG EAQLSYAGNL GKLLVPVLPN NMQWDGSSSL LANVAWAAGR
KPTANVDFNF TPGSIKLKRA KNREVTINYQ QLDFKANLDA KRLLSSISFE SEDVASWQSE
VTVNVTPDRT LSGYANIKQI NLQPLGEFFP QLNTLEGLLT SRLNFAGTLD APEVSGNVSL
TQGALALTAN PTLINKIDMS MELGGQQASL KGRWMMGNGL GRVTGDMRWP QGQFSGELAV
KGDKLAVIQP PLALLDVSPD LTIAFSSQQL EVKGVVDVPS GNIKIVQLAE GGVALSEDVV
FDDSIAAAQP KANPYAIVAD LNINVGNDLK VDGMGLKGKL QGTLKLQQQA FRPPLLFGDI
KVKQGSYKFM GQTLKIRTGE VQFVGPTSVP NLNIEAIREI KSEDLVAGVR VTGTPARPVV
TLFSNPAKEQ AEILSYIIKG SGFNSSNNEQ NNSLMMGAAL GLGSQVGGGG AINNIGSTAA
GIIEEFGFSN VQLDTNDEGR VAISGFIGDN LMVKYGVGVF NPGYEMTVRY YLLSQLYLET
VSGTLGQSLD IYYNFNIK
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