| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_2188 |
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| Symbol | |
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| ID | 4478392 |
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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 | 2626142 |
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| End bp | 2629153 |
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| Gene Length | 3012 bp |
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| Protein Length | 1003 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 639726783 |
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| Product | hypothetical protein |
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| Protein accession | YP_869823 |
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| Protein GI | 117920631 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | 25 |
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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 | GTGCATAACT TGGATAATAC CTTCGAGCTG GGCTTTTCCA GCGAATATCA AATCCACGAG
CTCATTTTTA TTAACAGTGG GTCGAACTAT TATGTTCGAT TGCCAGTTGA CCATCATGCT
GCGCTAATAT CTGACAACAA CAGCGGTAAG ACGTCCTCTC TTTCAGCCTT AAAGTTATTC
TTACTTCCGG AAACCTCTTT CAAAAAGCAA AAAGACAAAT TTGGATTCCA GTCGGGAGGA
ACGTTTTATC AGGATCTATC GTCATATACT TATTACTTTC CTGGGTCTGA GTCTTACATC
ATATGCAGCG CCTCCAATCC CAGAGGCAGA TTTTGTTGGA TTCTTCACAG GACCACTGAT
CTTGGTTATG AGCGAATCGC CGTTCCAGAG GAATATAATT CAATCGAACA CCTGTTCTGG
AATGCAGATT CCGAATTAAA CGAATCAGCC GGCACCCTGC ACTCAGGCAT AGGAATAGCT
GCTATAAAGA AGCAGTTGGT TTCAAACTTC AAAGCAAAAG TGTTTAACGA CCGTAAAACT
ATTGGTGACG CAATATACAG CAGAGCAACT AATCAGGACG ACGACACTCG TTTCTGCCTG
CTGCCGATGG CAAAAGGCTT TACTACAAGT GGAACTGAAA CCATTCGTTC TTTATTGGGA
ATGGCATTTA GCCTGGGTAA TGCCTCTACA ACATCCCTGC CTAAGGCTAT AAGCTCAATT
CTTGACGGCT TAGGAATGAG TGCAGTGAAG AAAAATAATG GTGAAGGTAT CTTACTGGAT
TTGGATAGTC AGCTTCATGA ATGGCAAACA CTGAAAACAG AAGATGCGAG ACTTATACTC
GTTGAGTCGC AAAAAGGCAC TTTCGATACA CTTCAGTCAG CACGAACAAA ATATTATCAG
CTACGCGGCA GCCTCCTAGA TTCATTTAAC AAAACTGTAT GGTCGATAGA GTTAAGCAAA
ACCGCTTTGA CATCTAAACA AGAGACGCTT AAAAAGTCTG TTTCTGATTT ACACGCGGAA
TTACAGGCAT TTAAACCAGA ACATGATCGT CTGAGGAGCA TGGAATCTGA GGCTAAAAGC
GATCATAAAT CTGCAGTCAA CAGGCTTCAC GAAATCGACA CCGCTATAAA GATTGTTGAA
GAGTGTCGTA GTAAGCTTCT ACCTCTTTGC CCTGCAGATT CGCGAAATGA TCAATCGCTT
TTAGCGGTGC TTGATGAACA GATCAAAGAC TGTGAAACTG AAATCGCCAG CTTGCTAGAC
CAAGCCGCAG CTATTGAGAG AATGAAAAAT TTCACATCTG TGATAAACCG CAACAAGGAG
GAGCTCGAGT TACGTCGGAA GGCACTTGAA AATATAGACT CTAAATTATC CTTTCTCGAT
ACCATCACCC CAGACGCGGC ATCGATTCTA CTGAGTATTA ATAACAATTT TGCTAAGTTG
GAAATAACAC CCAGCGCTGA ACAAAAAACC GTTATTCAAT CTTTTGCAGC ACTATTTGCT
TCTGAAGCTG AAGCAGTCTA TTTCTGTGGC GCCATACTGC CTGGCGTTAA CTTGAAGCGA
TTCAATAATG CAGATATCAA ACGAGAATTG GAAAGTGTTA TCGATGTTCT GATAGCTAAG
ATTGAGCATG ATGAAAAGCA ACGAGCGACC ATCAGTCAAA ACTGTAGGTT GTCAAAAGAA
CGCCAGGCTG AAAAGCTAAA AGAATGCACT GAAGATTTAG AGGAGCTGCG TCTGCAGAAA
CAAAATCTAC AAGGCACTGA GCTACTAAAT ACTCAAAAGA CAAAAGCTGA ATCAGACGTT
ATTAGGTCGA AAGAAGAATT TGATAAAGCG ACTCGCGAGT TTAAATCGGC TAGTGAAAAA
TTCGAAAATC TAAGCCGGCG ATACAACTTG GCAAATGAAG AACTTACATC GGTGGGAAAC
CCGCTCAGAG AGCTCAATAA TCAAATTAGT CGTCTGGAGG ATTTAGAGAG CAATTCCGGC
CGAATACTTA ATCTGGAGCA AGCAAAGCTC GAGACTCGTC ATTCAGAGGT CATCAGCCAA
CCTATAAATC AGATAGCGGT GTCAGTTCAG TCATTGAAGA CCCAGTTATC TTTGGTCGGG
GAAGTTCGGC AAGAGTGTAT TGATACGATG AATTTTCTTC TTCAGTATCA AATTATCCCG
GCTACACCAG AGGAGCGACA CCAAATAACC ACCAACTCTC AGTTTTTTGA AGACATGTAT
GGAGCGCTCC AAACTGTATT TCTGAACCTT GACCAGGCAA AAGTTAAGTA CAGGGAAACG
TTATCTCACC ACAACAATAC TGCTGCCGCT GCAGCTCGCA TTATTGAGAA TGTAGAAGGC
ATTATTACCA ACTTCATCAG CAACATTAAC GATGAGATAA AAGGCTACAA AATATCAAAT
CTGTCTTCCG TTATGCTCGT TCCTGAACTT CACGCTCAAT ACGTTGATAT GACTCGCACA
CTCAATCGTA TAGGCAACAG AATAGATGAG CTACTGTCAG AGTCGTTCTA TGTCCAAATT
AGCAACTTCC AAAATAATTT TTATAACAAA CAGACCGGCA AGGTTGAAAT CGACAAAATC
ATTGAAAAAG TGCGGTACCA ATTTGTACGT AACGACACTG TAGAGGACAC GCCGCAGTCA
AATGGGACAA ACTGCATGAT AAACAGTGTG CTACTCGCAC TGTTGTTACA GCGACTGGTT
CCAGACGATT TGAGTTTAAG CATGCCTGTT GTGTTTGATG AGATTGGTAG TCTTGATGAG
AAAAATTTTC AGGAGATCCT GAAGGTTATG GAAGAACATA ATCTCTATCT TTTTGTGGCA
AACCCTGAGC AAAATGGCCT AATCGCCAGC GTCCTCGATA CCTATCACGA CCTTTCTCTT
TTCAAAGCCT CTGATGTAGG CGTACTAAAT AAAGCTGAAG CCATTTATTA CCCTGGCATG
GAGGAGCGGC TGGAAAATAT GGAATTTGAG TCTGAATTAG AAAACGTAGA TGAAGCCATG
ATGAGTGCCT GA
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| Protein sequence | MHNLDNTFEL GFSSEYQIHE LIFINSGSNY YVRLPVDHHA ALISDNNSGK TSSLSALKLF
LLPETSFKKQ KDKFGFQSGG TFYQDLSSYT YYFPGSESYI ICSASNPRGR FCWILHRTTD
LGYERIAVPE EYNSIEHLFW NADSELNESA GTLHSGIGIA AIKKQLVSNF KAKVFNDRKT
IGDAIYSRAT NQDDDTRFCL LPMAKGFTTS GTETIRSLLG MAFSLGNAST TSLPKAISSI
LDGLGMSAVK KNNGEGILLD LDSQLHEWQT LKTEDARLIL VESQKGTFDT LQSARTKYYQ
LRGSLLDSFN KTVWSIELSK TALTSKQETL KKSVSDLHAE LQAFKPEHDR LRSMESEAKS
DHKSAVNRLH EIDTAIKIVE ECRSKLLPLC PADSRNDQSL LAVLDEQIKD CETEIASLLD
QAAAIERMKN FTSVINRNKE ELELRRKALE NIDSKLSFLD TITPDAASIL LSINNNFAKL
EITPSAEQKT VIQSFAALFA SEAEAVYFCG AILPGVNLKR FNNADIKREL ESVIDVLIAK
IEHDEKQRAT ISQNCRLSKE RQAEKLKECT EDLEELRLQK QNLQGTELLN TQKTKAESDV
IRSKEEFDKA TREFKSASEK FENLSRRYNL ANEELTSVGN PLRELNNQIS RLEDLESNSG
RILNLEQAKL ETRHSEVISQ PINQIAVSVQ SLKTQLSLVG EVRQECIDTM NFLLQYQIIP
ATPEERHQIT TNSQFFEDMY GALQTVFLNL DQAKVKYRET LSHHNNTAAA AARIIENVEG
IITNFISNIN DEIKGYKISN LSSVMLVPEL HAQYVDMTRT LNRIGNRIDE LLSESFYVQI
SNFQNNFYNK QTGKVEIDKI IEKVRYQFVR NDTVEDTPQS NGTNCMINSV LLALLLQRLV
PDDLSLSMPV VFDEIGSLDE KNFQEILKVM EEHNLYLFVA NPEQNGLIAS VLDTYHDLSL
FKASDVGVLN KAEAIYYPGM EERLENMEFE SELENVDEAM MSA
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