| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_1825 |
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| Symbol | |
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| ID | 4477885 |
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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 | 2160481 |
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| End bp | 2163678 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 639726409 |
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| Product | ATPase-like protein |
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| Protein accession | YP_869464 |
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| Protein GI | 117920272 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0433] Predicted ATPase |
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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 | 14 |
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| Fosmid unclonability p-value | 0.071271 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTCAAG AAGTCATCAC CAAATTTTCC GACTCTATTG TGGGTCGCAG TAATATTTTG
CAGCATATTT CCTGCATGCC TAATCCGCAA TTTGCCCAAC TGCCATTATC CTTCCCCAGT
TCATCGTTAA AACTGTTACG TGCAGAAGAA ATTAATGATG AAAATCCAAG CGCATATAGG
CTGGCTTTGG CTAATGTTTA TGCTGCCTTA GAGCATGAAG ATCAAATTCA GTTTATCTAT
TTGCTTGATG TGAGTTTAGA AGGTGTTGCT CTTTATTTTG GTGTTAACCA GTTAACCTCT
GCAATAGATG GACCTGGGCA TGAGTCACTT AAAAATTTAC GCGGGGCGCT TGAGGGCCAA
TTGCCAGGGA TTAATCTTTC TAGGCTAGAA GGCATTGAGC CCTTGATGGC TCGTCTACAA
GCAAGTAAGC ATAAAGGTGT TGTACTTGGT ATTCCAACAG GAAAGAGTCA AGATCAAGAC
AGTAACGAAG AAGATTATCA AGGTATTGAA AGGCTTGTTA GAACTCTGCT TTCAGGCAGC
GGCAGTGATT CAGGCAGTAT CAATTCTGCT AATTGGCAAA TGGTTGTCGT GACGCAACCT
TTAACTCGTA AAGATGCAAG AGTTTATCTA GATGATGCCT ATGAACTGGC AAGCGAACTA
TCCATTCAGG TGAAAACCAG TGTTCAAGCG GGTAGTAATA ACAATGAGCA AAAAGGCAAT
AGTTTCAGCG AGGGGACATC GGATAGTACC AATACTGGGC GCACCGATAC TCGCGGTAAA
AATGACGGTG TCTCGCAGAG TAAAAATATT GGAAAGAGCT CCAATGACAA TTCATCATCC
AATCACTCGT CAGGAACCTC TAGTTGCGAT ACTCAAGGCA AAAATTGGGG AACCAATACC
AGTGTTGCTG ATACTAAAGG GAGTAGCCAC TCAACCAGTA TTAACGAGAC CTATAATCTA
AATCGCTCTG CTGGGAGCAA TATTGGTTTA ACTAAAGAAG TGACCGATAA GCGCGCCCAG
CATCTGCTCG ATCATATTGA AAAATCCCTT ATCCCTAGGT TGCAAAAGGG CGTAACTAAA
GGCTTATTTG GCACAGCCAT TTACCTTGCG GCGGATACGC CATCCAGTTA TCGCCGTTTA
AAAAATACCG TTTGTTCCAC CTATCAAGGG GGAGAAATCA CTGTCAGCCC ACTCGAAGTC
GTTGATCTGA ATGAAACCTC TGCCGCACAA CTATTACAGT TACCAACGTT AAAGCAATCA
CTTAACTATA GAAACTCATT GTTTCACAGT ATCACTAGCA GTCATGAATC ACAGTTTGCG
ACGTTATTGA CCTGTGATGA GTTAGCTATG GTTGCAGGAT TACCACGGCA TGAGTTACCA
GGACTGCGCC GTCGCAAAAC AGTAGAGTTT ATTGTTGATT TACCGAGAGT TAAGGCCGAT
GACGCTCTTA AATTAGGAGC TGTTATTGAT CGAGGTCGTA AGCAACACAC TAATTCAATC
AACCTCAACA AGGCTGATTT TAATAAACAT ATCTTTGTGA CTGGGGTCAC TGGAGCGGGT
AAAACCACAA CCTGCCTTAA TTTATTAATT GAATCGGCAT TGCCTTTTTT AGTTATTGAA
CCCGCCAAAA CCGAGTACCG CGCCTTACAT CAACATATGC CTAATCAGGT GGCGTATTAT
CGTCCTAATG GCGATCAACA CCGTAGTTTG CGGCTTAATC CATTCGCATT GGTGCATCCC
AAACAGCATA TTAGAAGTCA CGCGTCATTT TTACGAAATG TATTTGCTGC GATTTTCCCG
ATGGAAGCAT CAATGCCCTT TTTGGTTGAG CAAGCGATTG TGCGTGCCTA CGAGGAAAAG
GGCTGGGATC TAACGGATAA CACTTGTTTT TGCTGCGATG ATCCTTTTGC GCCTGCGGCG
CAGGCTTGGC CAACCATGGG AGATATGATC CGTCAGCTTG ATCAGTTGAT CCCAGAGCAA
GGAATGGGTA AAGAGTTTGA AGAAAAGTAT CGCGGCTCTC TGGTATCACG TTTGACCAGT
CTTACTCATG GCGTACTCGG GGATATTCTC AATGTGCCAC AATCGCTGAA AGTTAATGCG
CTACTCGATA ACAAGGTCGT AATTGAGTTA GAAGAAATTA AAGATGGCGA AGGTAAGGCG
CTAATGATGG CGCTGTTGTT GGGTGCGGTG AGTGAAGCCA TACGCTACCG ACATGGAAAA
GACAGTACAT TTCGCCATTT AACATTGATA GAAGAAGCCC ATCGTTTGTT GGCGAAACCA
GAACCAGGCG ATAAGGCGCG CGCAATGGCC GTTGACGCCT TTGCTGACTT ACTTGCCGAG
GTGCGAAAAT ACGGTGAAGG CTTGATCATT GCAGATCAAA TTCCAGCCAA GTTAGTGGCT
GATGTGATTA AAAATACCCA TATCAAGATT GTTCATCGTT TGTTTGCTGA GGACGATAGG
CGTGCAATGG GCGAAGCCAT GATGATGGAT GAGGCACAGC GTGATTATTT ACCGAACTTG
GCTACAGGTG AGGCTGTTAT TTTTTGTGGC GGATGGCATG GACCAGCCCA TGGGGCTATT
CGCGCAGATC TAGCGCAAAC CGATGGAGAT CCATTATCCG AGGATGATAT TAATCAACTG
GCAGTCAATC AGCTCTGGCA AGAGAGAGCC AGATATTATC CTGCACTTAC TCACCTGGGC
TGGCTTACCC AAGAAGAACA AAAATTATCT TTTGCTGATT TTGTACGAAC TGGCCGCAAG
GCATTGAATA TATTATTAGA ATTAACCCCA TCGATTTTGG GGACGTCGAG TATAACCGAG
TTAAAACAGC TAAAACTTTC TGAGGCCTTG ATACAGTGGC TAGAGAAATG GCAGCCAATT
GCAGCGCTGA ATCCCGTCAA TCAAGATGAA TGGAGCAGGG GGGCAAATTT ACCATTGCCG
ACTCATCCTT TTACGGTGCT ACTACTCGCA TTAATGAAAG ATTGTCATCC AACCCTGCGT
ACAAAATCGA AAACAAATGC GATTTGGCCT TTTCCTGCCA CCGATTTAGC AATCTGGAGT
GAGGGCTTAT CAACCATGCT CAATACCTTA GCGACCAGTA CTGCTACTGA GGTGATAAAT
AAGCTCAACG CGGCAAAATC TAGCAGTAGA GAATGTCAAA AGGTTCTTCA GCAATTATCT
TTTTATCAAA AATTTTAA
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| Protein sequence | MSQEVITKFS DSIVGRSNIL QHISCMPNPQ FAQLPLSFPS SSLKLLRAEE INDENPSAYR
LALANVYAAL EHEDQIQFIY LLDVSLEGVA LYFGVNQLTS AIDGPGHESL KNLRGALEGQ
LPGINLSRLE GIEPLMARLQ ASKHKGVVLG IPTGKSQDQD SNEEDYQGIE RLVRTLLSGS
GSDSGSINSA NWQMVVVTQP LTRKDARVYL DDAYELASEL SIQVKTSVQA GSNNNEQKGN
SFSEGTSDST NTGRTDTRGK NDGVSQSKNI GKSSNDNSSS NHSSGTSSCD TQGKNWGTNT
SVADTKGSSH STSINETYNL NRSAGSNIGL TKEVTDKRAQ HLLDHIEKSL IPRLQKGVTK
GLFGTAIYLA ADTPSSYRRL KNTVCSTYQG GEITVSPLEV VDLNETSAAQ LLQLPTLKQS
LNYRNSLFHS ITSSHESQFA TLLTCDELAM VAGLPRHELP GLRRRKTVEF IVDLPRVKAD
DALKLGAVID RGRKQHTNSI NLNKADFNKH IFVTGVTGAG KTTTCLNLLI ESALPFLVIE
PAKTEYRALH QHMPNQVAYY RPNGDQHRSL RLNPFALVHP KQHIRSHASF LRNVFAAIFP
MEASMPFLVE QAIVRAYEEK GWDLTDNTCF CCDDPFAPAA QAWPTMGDMI RQLDQLIPEQ
GMGKEFEEKY RGSLVSRLTS LTHGVLGDIL NVPQSLKVNA LLDNKVVIEL EEIKDGEGKA
LMMALLLGAV SEAIRYRHGK DSTFRHLTLI EEAHRLLAKP EPGDKARAMA VDAFADLLAE
VRKYGEGLII ADQIPAKLVA DVIKNTHIKI VHRLFAEDDR RAMGEAMMMD EAQRDYLPNL
ATGEAVIFCG GWHGPAHGAI RADLAQTDGD PLSEDDINQL AVNQLWQERA RYYPALTHLG
WLTQEEQKLS FADFVRTGRK ALNILLELTP SILGTSSITE LKQLKLSEAL IQWLEKWQPI
AALNPVNQDE WSRGANLPLP THPFTVLLLA LMKDCHPTLR TKSKTNAIWP FPATDLAIWS
EGLSTMLNTL ATSTATEVIN KLNAAKSSSR ECQKVLQQLS FYQKF
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