| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_2795 |
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| Symbol | |
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| ID | 4479782 |
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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 | 3334103 |
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| End bp | 3337351 |
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| Gene Length | 3249 bp |
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| Protein Length | 1082 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 639727401 |
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| Product | SNF2-related protein |
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| Protein accession | YP_870428 |
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| Protein GI | 117921236 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.320066 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATCGCT TGTCCCCCCA AGAGCCAATC CAATTGACTC AAACGGCTAT TGAGTCCTTA
TTCACGCCGC CGACACTGAT GCGCGCCCGT GATTATGTGA TGCAGGGGAG GGTGTTAAGC
GCGAAAGCCA ATGCCGATTT TCGCCATATC GAAGGCACAG TCACGGGCAC GGAAACCACG
CCCTATCGTC AGGATATTCG TCTAGTCAGT GTCAATCATA AACTCGTGAT GAATGGCTTC
TGTTCCTGCC CTGCCAGCGG CAACTGTAAA CATATGGCCG CGGTGCTCTA CAGTTTGCTC
ACGGATAAAA CCGTTGAAGA TCAACGTATC GCTCAATGGT TACACCTACT CGATGAAGCC
GATGACCCCA ATATGAATGA TGTCGAATCC CTCTACGATG ACAGGGTGCT GTATATCCTC
TCAAAGGACG ATAACGGGGT GTTTATTGAG CTGAGACGCG GCAAGCTTGG CAAGAAGGGC
GGTTACAATA AGGGCACTAA GATTGCGCTC TCGGACGTGC AATATTATAT GCCCGCTTGG
ATTGGCGCCG AGGATGTGCT GATCTTAAAT CTTATTATGT CGACCAGACG CCACGGTGCA
TCACGCCTGT ATCTTAAGGC GCAATTAGGG GCGGTAGCGA TTGAGAAAAT GCTCGCTACC
GAACGCTGCT TCTGGGAGGA GAGCCGCCTC GCATTAACCG CGGGTGAGGC CATTACACCG
CAATTTCTTT GGCAGGATAT CGACAGCGAA CACAAGCAAA TGCGCCTAGT CTTACCCGAG
CGGGATAACT GGGAGCTGGT GCCGACAGAG CCGCCTTACT ATATCGAGCT GGATTATTTT
CACATCGGCC TTATCGATAC CGACATTAGC GTCGATAAGC TTCGGCTACT CAGCCAAATG
CCGCCCGTGC CGAGCACTCA GGTTGAATTG GTGAGCCATC GACTGATCAA GCATTTTTCG
GCGCGTACTG TACCGCCGCC AAGTGCCATC GATTTTGTCG AGCTGAGAGA TAAGTTACAG
CTTCGTTTGA CGCTTAAGGC AATCCCCGCA GGCACAATGC CACTTGGCAG CACGCAGCCG
TCTGCACTGG ATACTCGCAT CGCCCAGCCG TATCTCGCGC TGGAATTTGT CTACGGGGAT
CTCGTTTTAA GTGGCAATGC CGCCAAAGAA GCATTAACCC TAGTGACTCA AGGCGGAACC
ACCTATCAAA TTAACCGCAC GCTTGAAGAA GAGCTGCAAG CCGTGTCAAA GTTGCAAACC
CTTGGCTTTA GCCGCTTTAG CTTGGAGGGC GCAGCAAATG GGGCTTCCCT CTGGAGCTTA
GGCAACTTGC CCGATGCGAT TCGGGAATGG CTAGCGTTTA TCGATGAAGA AGTCCCAAAA
TTACAAACTC AAGGTATAGA GGTGCGATTT GCCCCAGAGT TTAGCCTTAA GGTGGTCGAT
ACGCCGTTAA CGGTTGAGCT GGATGACAGT CAAGAAGGCT GGTTCTCTCT GTCGTTACAT
GCCGATATCA ATGGCCAACG CTTACCTATG TTGCCGCTGG TGGCCACTTG GTTAAAACAA
CATGGTGAGC CGGCTGATGA TGCCGAGTTA TTGCTACCCA GCCCCTCTGG CGAATGGCTT
AAAATTAAGG CCAGTGTTAT CAAGCCTTTA ATGAGCATTA TTCAAGAGTT GTTTGAGCAG
CATCGCGGCC AGAGTATCGC CTTACCTAAG TACCGTGCGC ATTTACTCAA TGAGTTAGCC
GAAAGCGAGA TTAGCCTGCT CAATGGTGAA AGGGTGCGTC AGCTCGCGAC AAAGTTAGCC
GAATTTAATG GTGTGGTTGC GGTCAGCGCG CCGACGGGAC TGAATGCACA GCTGCGGGCT
TATCAGCAGC AGGGCTTAAA TTGGCTTTGT TTTTTAAAGG AATATCAACT CGGCGGCATC
TTAGCCGACG ACATGGGGCT TGGGAAAACC ATTCAAACCT TGGCATTTCT GCTAAAGCAG
CAGGAGGCTA AATCCGTTGG GCAACCAAGA CTGCCGAGTC TGATTATTTG CCCAACCAGT
TTAGTGGGGA ACTGGGCGAA GGAGGCGGCC AAGTTTGCGC CGTCGTTAAC CTTGGCGGTG
ATTCATGGCG CGCAGCGTGG GCCGCTGTTA TCGCGATTAA GCGAGTTTGA TGTCGTCGTC
ACAACTTATC CCCTTATGGT GCGGGATTAC GATTATTACC AGGCTCAGCC GTTTGAGCAT
ATCGTGCTTG ATGAGGCGCA GCAGATTAAA AACGCCCAAG CCAAAGTGAG CCAGCAAATT
AAGGCGTTGC AAGCGCCGTT TAGACTCTGC CTTACCGGCA CGCCCCTTGA GAATCATTTA
GGTGAACTCA AGTCATTGAT GGATTTTTGT TTACCGGGAC TCTTGGGAAC AACGGCCTAT
TTCAATAAGG CGTTTCGCTA TCGGATTGAG CGTTATGGCG ATAGCGAGCA GGCGAAGGTG
TTGAGTCAAC GTATCGCCCC CTTTGTGCTA AGGCGAACCA AGGCCGAGGT GGTGACTGAG
CTGCCGCCTA AAACCGAGAT CCTTCAAACC CTAGAGCTTG AGAAAGACCA GCGTAATCTA
TACGAAAGTA TTCGCCTGAG TATGGAGAAA AAAATTCGAG AATTGTTTGC AACCCAAGGC
GTGGCGGGCA GCCATATCGA GTTTTTAGAT GCCTTGCTCA AATTGCGCCA AGCCTGCTGC
GATCCGCGGT TAGTCAAACT AGAGCAAGCG CAAAAGGTTA AAAATAATGC CAAGCTAAAT
TGGCTAAACC AAAACCTGCC GGAAATGGTG CAGGAAGGTC GCAAGATTTT AATCTTCAGC
CAATTTACCA GTATGTTGCT GTTAATTGAG GAATTGCTGC AATCCCTCAA CATCGACTAC
AGCAAACTGA CGGGGCAAAC TCGGCTGCGT CAGGGGCAAA TTGATAAGTT CCAAGAAGGC
GATACGCCGG TATTTTTAAT CAGCTTAAAG GCGGGCGGCA CTGGGCTTAA TCTCACCGCG
GCGGATACGG TTATCCATTA CGATCCTTGG TGGAATCCGG CGGCAGAAAA GCAAGCGACG
GACAGGGCGC ACCGGATTGG TCAAGAAAAC CCAGTGTTCG TCTACAAGCT GATTGCCGAA
GGCACGGTCG AAGAGAAAAT CCAAGAAATG CAGCAGCATA AGCAAGGTTT AGCGGATAGT
ATTCTCGAAG GAAAGGGCAA AGGCGCGTGG CAAGGCAGTG CCGATGAATT GCTCTCGCTT
TTCCACTAG
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| Protein sequence | MNRLSPQEPI QLTQTAIESL FTPPTLMRAR DYVMQGRVLS AKANADFRHI EGTVTGTETT
PYRQDIRLVS VNHKLVMNGF CSCPASGNCK HMAAVLYSLL TDKTVEDQRI AQWLHLLDEA
DDPNMNDVES LYDDRVLYIL SKDDNGVFIE LRRGKLGKKG GYNKGTKIAL SDVQYYMPAW
IGAEDVLILN LIMSTRRHGA SRLYLKAQLG AVAIEKMLAT ERCFWEESRL ALTAGEAITP
QFLWQDIDSE HKQMRLVLPE RDNWELVPTE PPYYIELDYF HIGLIDTDIS VDKLRLLSQM
PPVPSTQVEL VSHRLIKHFS ARTVPPPSAI DFVELRDKLQ LRLTLKAIPA GTMPLGSTQP
SALDTRIAQP YLALEFVYGD LVLSGNAAKE ALTLVTQGGT TYQINRTLEE ELQAVSKLQT
LGFSRFSLEG AANGASLWSL GNLPDAIREW LAFIDEEVPK LQTQGIEVRF APEFSLKVVD
TPLTVELDDS QEGWFSLSLH ADINGQRLPM LPLVATWLKQ HGEPADDAEL LLPSPSGEWL
KIKASVIKPL MSIIQELFEQ HRGQSIALPK YRAHLLNELA ESEISLLNGE RVRQLATKLA
EFNGVVAVSA PTGLNAQLRA YQQQGLNWLC FLKEYQLGGI LADDMGLGKT IQTLAFLLKQ
QEAKSVGQPR LPSLIICPTS LVGNWAKEAA KFAPSLTLAV IHGAQRGPLL SRLSEFDVVV
TTYPLMVRDY DYYQAQPFEH IVLDEAQQIK NAQAKVSQQI KALQAPFRLC LTGTPLENHL
GELKSLMDFC LPGLLGTTAY FNKAFRYRIE RYGDSEQAKV LSQRIAPFVL RRTKAEVVTE
LPPKTEILQT LELEKDQRNL YESIRLSMEK KIRELFATQG VAGSHIEFLD ALLKLRQACC
DPRLVKLEQA QKVKNNAKLN WLNQNLPEMV QEGRKILIFS QFTSMLLLIE ELLQSLNIDY
SKLTGQTRLR QGQIDKFQEG DTPVFLISLK AGGTGLNLTA ADTVIHYDPW WNPAAEKQAT
DRAHRIGQEN PVFVYKLIAE GTVEEKIQEM QQHKQGLADS ILEGKGKGAW QGSADELLSL
FH
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