| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_3063 |
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| Symbol | |
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| ID | 4477778 |
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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. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | - |
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| Start bp | 3673527 |
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| End bp | 3676550 |
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| Gene Length | 3024 bp |
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| Protein Length | 1007 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 639727666 |
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| Product | phosphatidylglycerophosphatase |
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| Protein accession | YP_870693 |
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| Protein GI | 117921501 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG4206] Outer membrane cobalamin receptor protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.429935 |
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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 | 0.00000353184 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAGAAGA AATTATTAAC CTTGGCAATC CAAGCTTCGA TGTTTGGTAT TGCTCCTTCG
GTAGCTTGGG CTGCCGATTC GATTGAAGTG AGTGCGGTAA ATGAGAGCGC TAATCGCGTT
GAAGTCGAGG TAGCGGATAA GCAAGAAAGC ATCGAAAAAG TCACAGTCAC GGGCTCGCGG
ATTAAACGCG ACAGCTTTTC CCTTAGCACT CCATTGCAGG GGTTAGATGC GAAAGATATC
GCCGATAGCG GTATTGGCTC ATTAGCGGAT ATTTTAGTTG ATCAAATTCC AGCGTTGTCG
GAAGGCGTTA GCAGTACAAA TAGTCAATCG AGCGTGCAAA ATACGGGTCT TTCAACCATT
GATTTACGTG ACTTAGGCAC AGATCGCACC CTGACCTTGA TCGATGGTCG CCGCGTAGTA
TCAAACAGTT ACAGCGGTAA CTATGTCAGC TTAAGCACCA TTCCAGCCGC TATGGTCGAT
AAGGTCGAAA TCATTACCGG CGGGGCGTCG GCTGTCTATG GTTCCGATGC GATTGCTGGG
GTGGTGAATA TTATTACCCA GCAGAACAAG ACGGGCTTTG AGATTAACGC CCGTGGCGGT
GAAACCACCG AAGGTGGTGG TCGTGAAACC ACAGTCGATG TAGGTTATGG CACTGATTTT
AATGGCGATA AAGGTTATAT CTTCGCCAGT GCGACTTACG ATAAACAACA TGGCTTATTT
GCGACCGACA GGGAAAGAGC CCTGTATGAG TCAAGTTTTG CCTATGATGC AAAGCAAATG
TGTAATGCCA TGAACACGGT CGATGGCGAC CAGTGTATGC GCGATATTAC CCGAGACGAC
TGGCGCGAGC GCAGTAATGA CATCGTCGGT GGCCGCTTTA AATCAAACTC TTGGTGGTAC
GATGGCACCG AGCTTAAAAC CGACTTTAAA GAAGAGCGTG ATGGCTATAA CGGTTACACC
ACGGGTCTCT TAAAGGTCCC TGAGGATACC TTAGCCGCTG CGGTCAAAAT GAATTATGAC
CTCAGCGACG ATGTGCGCGC AAATGTGCAA GTGCAGTTTA GCCGCAATAA TGCGTTTCGT
CGTACCGATG CCGAAGGCCA AGACTATAAC GACGCTGAAC TCTATATCGA CCCTGTGACG
GGTCTCCCTG GTACTATTGC TGCGGGCAGT ATTTCTCCAA ACAATCCTTA TGTGCCAGCC
GAAATTGCCG CGACAGCTGG CAAGAGCATC ACTTGGGATC GCCGCTTCCA AGAGGTTGGC
CCCGTTGAGA GCGATAACGA GCGCACCACT TTGCGGACTT GGGCGGGATT GCAGGGCAAC
CTATTTGAAA CTTGGACCTG GGATGCCTCA CTGGGTTACG GTAAGTTTGA ACAGCGTCAG
CGCCGCAGCA ATGAGATCAG TATTCGTCGT CTGCAATATG CTCTGGATGC TGAATACGCC
GACGATGGTG TGACAATCCA ATGTGCCAGT GAAGAGGCTA GAGCCGAGGG CTGTGTTCCC
GTCAATATCT TTGGTGAAGG TTCAATCAGT AAGGAAGGGG CGGACTATAT CCGCGCCAAT
CCTTATATCA ACACGGATAT CACGCAATTT AATGCCCTAG GATTTATCTC GGGTGAATTG
TTTGAATTAC CCGCTGGTGG CGTGCAGTCA GCATTCGGGG TCGAATATCG CCGTGATACT
CAAGCCGTCG ATACCGATAA AGCGATGCGT GGTGATGCGA TTACCTTTAA CGACGTGCCG
CCCTTTGAAG GGGATGTAAC CGTATGGGAA GCCTTTGGTG AAGCGAATCT TCCTTTGTTA
AGGGATGAGG CTTTTGCTAA TAAGCTCGAC CTAGACGTGT CATTGCGTTT AGCGGATTAC
AGCCAGAAAA ACATCGACTT AATGTCTAGC TATCGCGCGG GTATCCTGTG GGAGCCTATT
GCCAACTATG CCCTACGTGC TAACTACTCT CGCTCACAAC GTGCGCCCAA TATTACAGAA
CTGATTTCTC CACCCCGTGG AGATTACGAC AGTATTCGCG ATATTTGTGA TGGGGTAACT
GCAACCTCAA CTGGGGCTGG GCATGATAGT TGCCGCCAAG ATCCTGGTAT TGCAGCCGCA
ATTGCGACTA ACGGTGTCTT TGAGGATGAA GGTGGTTCTA AATATTCGCC GAACGCTGGT
AACGAAAACC TCACCGAGGA AACTGCGGAT ACCTATACCT TAGGCTTTAC TATGGCGCCA
GCCTTCCTCG AAGGCTTTAA TCTGGCGGTT GATTATTACG ATATTAAAGT CACCGATGCC
ATTGGTTCAT TAAGCAACGA GGATATTCTG GCCGAATGTT ATAACTCGAG TAATCCTTAT
GGTGCCGATA ACGAGTACTG TCAGGTCATC AGCCGTGATA CTGAAGGGCA AATCACTCAG
GTTATCCAAC AGGAACAGAA CCTGAATGAC ATTGTCACCC GTGGTGTTGA TATCGCCATG
GCCTACGAGT GGCAGTTAGA CGGATACGGT GAACTCAGCT TAAAAACTAA CTGGACCCAT
GTGTTGGAAT TTAGCACTAG CTACTACGGC GCCGATGGTT TAGTTGAAGA TGACTATGTG
GGTGAGCTTG CCAGCGGAAT TTTTGAGGAC AGAGGCGCAA TTTCATTAAC CTGGAGCAAT
GATGATTGGC GTGTTCGTTG GAGCGCTAAG TATAAGAGCG CCATGGTTGA TAGCCACGAT
AGAGTTGAAG AGTGGAACGT GCTGAGGGCC GAAAACCAAG CCAAACTTGA TGCTGGCGAT
GCCAGTGCGG TGGCTAATCC CGAAACGCCC GCATTCCTAT TCTACAGCTC GTATATCACC
CACGATTTGT CGGTGTCTTA CACTATGGAC GTGAGTCAGG CTGAATTACG TTTATATGGC
GGTGTGCGCA ATATTTTCGA CAATCAGGGG CCTTGGGTGG CTGATACTGG TGATTTAGTC
GAAACGGGTA ATGGTAACTA CAGCAGCGCC TATGGCGGTG GTGTTGGACG CTATGCCTAC
CTAGGTGCAG AGCTTAAGTT CTAA
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| Protein sequence | MKKKLLTLAI QASMFGIAPS VAWAADSIEV SAVNESANRV EVEVADKQES IEKVTVTGSR
IKRDSFSLST PLQGLDAKDI ADSGIGSLAD ILVDQIPALS EGVSSTNSQS SVQNTGLSTI
DLRDLGTDRT LTLIDGRRVV SNSYSGNYVS LSTIPAAMVD KVEIITGGAS AVYGSDAIAG
VVNIITQQNK TGFEINARGG ETTEGGGRET TVDVGYGTDF NGDKGYIFAS ATYDKQHGLF
ATDRERALYE SSFAYDAKQM CNAMNTVDGD QCMRDITRDD WRERSNDIVG GRFKSNSWWY
DGTELKTDFK EERDGYNGYT TGLLKVPEDT LAAAVKMNYD LSDDVRANVQ VQFSRNNAFR
RTDAEGQDYN DAELYIDPVT GLPGTIAAGS ISPNNPYVPA EIAATAGKSI TWDRRFQEVG
PVESDNERTT LRTWAGLQGN LFETWTWDAS LGYGKFEQRQ RRSNEISIRR LQYALDAEYA
DDGVTIQCAS EEARAEGCVP VNIFGEGSIS KEGADYIRAN PYINTDITQF NALGFISGEL
FELPAGGVQS AFGVEYRRDT QAVDTDKAMR GDAITFNDVP PFEGDVTVWE AFGEANLPLL
RDEAFANKLD LDVSLRLADY SQKNIDLMSS YRAGILWEPI ANYALRANYS RSQRAPNITE
LISPPRGDYD SIRDICDGVT ATSTGAGHDS CRQDPGIAAA IATNGVFEDE GGSKYSPNAG
NENLTEETAD TYTLGFTMAP AFLEGFNLAV DYYDIKVTDA IGSLSNEDIL AECYNSSNPY
GADNEYCQVI SRDTEGQITQ VIQQEQNLND IVTRGVDIAM AYEWQLDGYG ELSLKTNWTH
VLEFSTSYYG ADGLVEDDYV GELASGIFED RGAISLTWSN DDWRVRWSAK YKSAMVDSHD
RVEEWNVLRA ENQAKLDAGD ASAVANPETP AFLFYSSYIT HDLSVSYTMD VSQAELRLYG
GVRNIFDNQG PWVADTGDLV ETGNGNYSSA YGGGVGRYAY LGAELKF
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