| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sputcn32_2910 |
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| Symbol | |
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| ID | 5078657 |
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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 putrefaciens CN-32 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009438 |
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| Strand | + |
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| Start bp | 3371431 |
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| End bp | 3374133 |
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| Gene Length | 2703 bp |
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| Protein Length | 900 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640500111 |
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| Product | ATPase |
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| Protein accession | YP_001184426 |
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| Protein GI | 146294002 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG1401] GTPase subunit of restriction endonuclease |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCCAGTAA ATCAGGATGG CTTTAAAACG TTTCTTCGTA ATCGTGTCAA CGAGCAAGGT
GGTGCCAGGT TTACTGAAGG CACTATTGAT AGTTACGGCT CTGGACTTAA TCACATTGCC
AACCAGTTAA ACGTTACTAT TTGGCAGCTT ACCGATCGTG CACGCCTGCA GCAACTATTG
GTAGATTGCA GCCCAGAAGG GCAGCACGCA ATGGTGGGCC GATACAGCCA CGGCTCGGCC
TATAATGCAT TAAAACAATG GATTGAATAC GTTGAACGAG AGGTATATTC AGCAATGACC
AAAAGCTATT TACTTACCTG GAACCCTGCT AATGCTGAGG AAGGTGGTTC GGATAACGTT
GCTGTTGGCA GTGGTATTCA ATGGTCTTGC CATTCATCAC AACCACAACT TGGTGACACG
GTTTATATTA TGCGGGTGGG GCTGAACCCC AAGGGTATAG TTGCTAAGGG TAAGGTGTCG
CAAACGTCAT TTGTTGCCCC GTATTGGGCC GATACCAATA AAACCTGGCG CTACCTTAAA
ATTGACATTG AAGAGGTACG CAAAGAATGC CGCGACGGCC TGATACCATT ATTACTGCTT
GAGCGTTTTA ACGTTAAACA CAACAAGCCA TTTCGCTGGA CGCCCATAAC CTCGGGGGTC
GAAGTACCCG AAATATTGGC CACTGAGTTA GATGCGCAAT GGCGCCCCAA CGCTGGTGTG
CATAGCCTGC GACAGTTTAT TGAGTGGACA CAACACGATG CTAAAGAGTC ACACCCAGTT
TGGCGTGAAC ATTACACAGC GCGCATTAAC GAAGCAAAAC TATACAAAAA TGGGATTAAA
CCGCTAGATA ACATCTTTCT TGATTGGCTA TGGCGGGAAG GTGAAAACGG AGTATGTTCG
GTTGTACCCG GCTTTTTACC CAACGCGGCC TTTGCGGCTA ATATCGAGCT TCTAAAAACG
CTTACTCATG ACATTATGCA AAGCCCCATT GCGGCTACTC ATGAGAGTAT TAAGCAGCGC
TGGCAGCAAG CGGTTAAAGA GGGCATATTC GAAAAGAATT ACCACTCGGT GATTAACCGG
GTATTCGCCA CTTTTGCGCC AGAGCAATTC AACACTTTGG TTAATAGCCA GCATGTAAAA
CAAGTATTAC TTAGCCTAAA AGACGAGTTT GCATTAGGGC TTGTGCCTGC AACTGATTGG
CCAGCTCAAC AAGCGCAGCT TAGGCAATGC CTTGAACAAG CGGGTGTCAC GTTAGCTAAT
GTTATTGAGA ACAATATTGC GTTGTGGCAG CTGTATGAAG CGTTGGAAAG CCGCCGTAGC
AAGGGACGAA ACAACAGTGA AATAGAAAGC GCGTCTGTAA CCTTAGGGGG TGAAAGTACC
GTGCAAAGCC CGCCGCTTAA CCAAATATTC TTCGGCCCAC CGGGTACCGG TAAAACCTAC
ATTACTATTG AAGCTGCAGT AAAAGCAGCC GATCCGGGTT ATGTATGGGA AGACCGGGAC
GACTTAAAAG CACATTACGA CCGCTTGGTC AATTCAGGAC GCATTCGCTT TGTTACTTTT
CATCAAAGCT ACAGCTATGA AGATTTTGTT GAAGGGCTAT CTGCCAGCGC AACTGACGGC
GAAATTAGCT ATGAGAAAAA GCTGGGGGTG TTTCGCAAGT TGGTTAATGC CGCGCGTGAG
TACCGCACCA CAGAGGTGCG TAAAGCCAGT GAGTCTTTTA GCGACTGCTG GCAGGCATTT
ATTAAGCAAT TAGATGAATC ACAAAACGGC GTGGCGATAA AAACCAAGCG TTCTCAGTTT
GTAATCACAG AGGTGGAAGA CAACACCATT CGGTTTGATA AAAACCAGGG CAACTCAGTA
CACACGCTGG CGCTATCAAC GGTACAGGCC GTGTTTGACG GCCAGCGCAC GGTGCATGGT
GGTTTGCAGC CTTATTACGA TGCGTTAATT GCACATATCC GGGATTTAGG CCAGCAGTTA
AGTGCCACTG AAGTGGTACG GCAGAACTAT GTGTTGGTAA TCGATGAGAT TAATCGCGGC
AACATCTCCC GCATCTTCGG TGAGCTGATT ACCTTAATTG AACCGTCTAA ACGCATTGGT
GCTGCAGAAG CCTTAGAGGT TACCTTGCCA TTAACTGGCG ATAAGTTTGG TGTACCAGAT
AACCTTCACA TCATAGGTAC GATGAACACC GCCGACCGTT CACTGGCGGG GTTAGATTTG
GCCCTGCGCC GCCGCTTTAC CTTTGTCGAA ATGCCCCCCA AGCCTGAATT ATTGGATGGC
TTAGTGGTAG CTGGCGATGA TGGTATTGAT ATTGGCCAAA TGCTGCGTGT AATGAACCAG
CGCATTACCG CGCTCCTTGA CCGTGATCAC TGCATTGGCC ATGCCTACTT TATGCCGCTG
CAAGATAACC CAAGCCTGGA TCTGCTGGCA GATATATTTG CGCAAAACAT CCTGCCACTG
CTGCAAGAGT ACTTCTTTGA AGACTGGCAG CGCATTCGTT GGGTATTGGC TGACCAGTCA
AAACCAGACA CGCTGGCGTT TATTGTTAAA GAGCAAAATA TGGATAGGCA GCAGTTATTC
CCCGGGGTAT CGCAATTTAA ACCGCGTGAT TGCTGGCGCA TCAATACCGA TACCTTGCTG
CAGGTAGAAG CGTATCAGCG TATTTACCAA GTTGGTGATG CCACAGCGGA GCAAGCACAA
TAA
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| Protein sequence | MPVNQDGFKT FLRNRVNEQG GARFTEGTID SYGSGLNHIA NQLNVTIWQL TDRARLQQLL
VDCSPEGQHA MVGRYSHGSA YNALKQWIEY VEREVYSAMT KSYLLTWNPA NAEEGGSDNV
AVGSGIQWSC HSSQPQLGDT VYIMRVGLNP KGIVAKGKVS QTSFVAPYWA DTNKTWRYLK
IDIEEVRKEC RDGLIPLLLL ERFNVKHNKP FRWTPITSGV EVPEILATEL DAQWRPNAGV
HSLRQFIEWT QHDAKESHPV WREHYTARIN EAKLYKNGIK PLDNIFLDWL WREGENGVCS
VVPGFLPNAA FAANIELLKT LTHDIMQSPI AATHESIKQR WQQAVKEGIF EKNYHSVINR
VFATFAPEQF NTLVNSQHVK QVLLSLKDEF ALGLVPATDW PAQQAQLRQC LEQAGVTLAN
VIENNIALWQ LYEALESRRS KGRNNSEIES ASVTLGGEST VQSPPLNQIF FGPPGTGKTY
ITIEAAVKAA DPGYVWEDRD DLKAHYDRLV NSGRIRFVTF HQSYSYEDFV EGLSASATDG
EISYEKKLGV FRKLVNAARE YRTTEVRKAS ESFSDCWQAF IKQLDESQNG VAIKTKRSQF
VITEVEDNTI RFDKNQGNSV HTLALSTVQA VFDGQRTVHG GLQPYYDALI AHIRDLGQQL
SATEVVRQNY VLVIDEINRG NISRIFGELI TLIEPSKRIG AAEALEVTLP LTGDKFGVPD
NLHIIGTMNT ADRSLAGLDL ALRRRFTFVE MPPKPELLDG LVVAGDDGID IGQMLRVMNQ
RITALLDRDH CIGHAYFMPL QDNPSLDLLA DIFAQNILPL LQEYFFEDWQ RIRWVLADQS
KPDTLAFIVK EQNMDRQQLF PGVSQFKPRD CWRINTDTLL QVEAYQRIYQ VGDATAEQAQ
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