| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maqu_2601 |
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| Symbol | |
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| ID | 4655766 |
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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 | Marinobacter aquaeolei VT8 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008740 |
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| Strand | + |
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| Start bp | 2924886 |
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| End bp | 2928146 |
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| Gene Length | 3261 bp |
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| Protein Length | 1086 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 639812582 |
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| Product | SNF2-related protein |
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| Protein accession | YP_959863 |
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| Protein GI | 120555512 |
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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 | 6 |
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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 | ATGCAAGTCT CGCAAGCAAA CCTGAACCTC AACTTTGACG CCAACAGCCT GCAACGGGGC
AAGCGCTATT TCAGCCAGGG CCGGGTACAA AACCTGGTTC GTGAAACCGA AGGCATGAGC
ATACAGGTGC TGCGAGCGGA GGTTTCTGGC AGCCAGCGCC AGCTCTATAT CACCGAGGTT
CGGTTCGACC GCTACCTGCC CGGAAAAATA AACACCTTCT GCAGTTGCCC GGTGGGGTTC
CGGTGTAAGC ATGCGGCGGC CGTTATACTT CAGGCCAATC ACGAAGCAGG CCTGAGTGCT
GAAAAATACG AATCGGAAGC CGATACACGA TACAAATACC CGACAGCGGA AACATGGCTG
GAACAGGCGG CCTCAGTTTT CAGTTCGATC GACAACGCTT CCAACCCTGA GTGTCTGGCG
TACCTGCTCC ACATAGAGCC ACACCGCAGC CAGCAGACCC TGTCAGTGAA CAAGGTTCGG
CGTCGTAAAT CGGGAGAATA TTCCAGGGGC TCCAAAACCA CCGTGTGGAG CCGTACCAAC
CTTGAATACG ATCGCCCGAA ATACCTGCGA GAGAGCGATA TAGCACCGCT CACATGGTTA
AACGCCCTGC CCACAGCATT TCGTGTTTCA CCGGTTCTGG AGGGCACCAC GGGCGCCTAT
TTTATTGAAT CGGCGCTGAA AACCCGCCGC TTCTTTCTGG AATCCACTCA AAACCCGCCG
CTTCAACTCG GAGAGACTCT AGAATCCGGC TTTGAGTGGA TGCAGTTGCC AGATAAACAA
CATTGGCAAC TGGTCAGCAA GGCGCTCCCG TCACACATTC GGCTGTTGAA CACCTCGCCC
GCCTACTATC TGGACGAAAA AGAGCTCCTG ATCGGGCGGG TGGAGAACTC GCTGGATGCC
CGCACAACCG CGCTTCTGCA ACAGTGCCCT CCCTTGGCGG AAAGCCAGCT TCAGCAGGCT
TTGCCAGATC TTGCGCCCAT ACTGGAAAAA GCCGGCGCCG TTCTGCCTGA ATCTTTCCAG
GTGCCCTCCA TGGTGCAGGC AGCACCCCAG CCGATACTGC AGCTGTACAG CCTTCAGCAT
CCCGCCCCCG GGACACTGCC ACTGCTAATG GCGAGGTTAA TGTTCAGCTA TGAAGGCCAC
CGGGTAGCGT TCTCGGAACA GGAACCCCGG GTTCTGGTTG ATGGCAACAA TGGCCCGTTG
CTGGTCATTC GGGATGAGGA TGCGGAAATC GAATGGCTAC ATCGTGATTT GCCCGATTTC
AAAATGGCGG GAACAATGAC CGATCATCTC GAAGCAGACA TGGTTAACGC GCTACCGTAT
GGCAGCTTTC TCGATTTCAC CTTGCCAACC CGTAACCAGT GGCTGGATTT CATTGCCTTC
GATTTACCGC GACTGGATGC AGGCGGCTGG CAAATTGAAA TGGACGAGAG TTTTGATATA
CCGGTTATTG AAATAGACCA GCTGCACGGC AGTCTGAAGC CGGATGAAGA ATCGCCGGGC
TGGTTTGATG TTGAGGTGGG CATTGACTAC AACGGCACAC AGATTGACCT GATTCCGCTA
CTACAACAGG CCCTGGTTTA TCTCGACCTC AACAATGACA GTGACGATGC CTTGCCTGAA
ACCCTCTGGC TCCATAACGG CGACGCCCTC ATCCGGGTTG TTTCAGACCG CATCCGGCCA
TTGGTCCGAA CCCTGTTGAG CCTGTTAGGG AAAGAACGTG GCGGCAAACT AAGGCTGCCG
AAACTGGATG CAGCACAGGT AATGGGTGAT CTGGCGGCAG ACTGGCAATG CAGCGCAGAA
TTGCGCAACC TCAGCGAAAA ACTCACGTCT TTTCAGGCAC TAAATCATGT TCCAGTTCCC
TCAGAGGTTC GGGCAGAGCT GCGCCACTAC CAGCAAGATG GCCTGAACTG GCTGATGTTC
CTGCGAGAAT TCGGGCTCGG TGGCGTTCTT GCCGACGATA TGGGCCTGGG CAAGACCCTG
CAAACCCTAG CCTGTATTCA GGCCGAAAAA ACCGCAGGTC GGCTTACCGC GCCTGCTCTG
GTGGTATGCC CGACCACGCT TATTGCCAAC TGGGAGGCAG AAGCCGAGAA ATTCACCCCG
GGACTGAAAC GCCTGGTGAT CCATGGCCAA CGTCGTAAAC CATTCTTCGA CATGGTGGCG
GAGGCCGATC TGGTGATCAC CAGCTACCCA CTCCTGCACC GGGATCTGGA ACAGCACCAG
AACCAGTCAT ACAGCCTGGC TTTTTTCGAC GAAGCCCAAC ACCTGAAAAA CCCGGCAACC
GTGACGTCCA AAGCGGCTCG CCGCCTACCA GCCGAAAACC GCATCGCACT TACCGGCACA
CCAATGGAAA ACCACCTCGG GGAGCTATGG GCCCTGTTTG ATCTTATTCT GCCGGGCTAC
CTGGCAGACC AGAAAATCTT CCGCGAACAC TACCGAAAAC CTATTGAAGA ACAGGGCAAT
CAGAGCCGTT ATGCGGAGCT GAGCCGCCGG GTGCGACCAT TTATGCTGAG GCGCACGAAA
GATCAGGTAA CCCCCGAGTT GCCGGAAAAA ACCGAGATCG TGCGTCACGT TGAGCTGAAT
CGCCAGCAGA AAGATCTGTA TGAGACCATC CGCGCCACCA TGGATAAGCG CATTCGCAAA
TTGCTTGCCG AAAAGGGCGC AGCAAGAAGC CAGATAGAAA TACTGGATGC GCTCCTGAAA
CTCAGGCAAA TCTGTTGCCA TCCCGCTCTG CTTAACCCGG AAGAAACAGC CGGTTCGGCC
AAACTCGACT CTTTAATGGA AATGTTGGAA CAACTGCTGG ATGAGGGACG CAAGGTCATC
ATCTTCTCTC AGTTCACCAG CATGCTGGCG CTGATCGAAA CCACTTTGAA GGCGGCAGGC
ATAGGCTATG AAAAACTCAC CGGCCAAACC AGAGACCGCG CCACACCGGT TAAACGGTTT
CAGAATGGCG AGAGCCCGGT CTTCCTCATC AGCCTGAAAG CCGGTGGTAC CGGCCTGAAC
CTGACCGCCG CGGACTGCGT TATTCACTAT GACCCGTGGT GGAACCCCGC AGCCGAACAA
CAAGCCACAG ACCGCGCCTG GCGCATTGGC CAGGACAAAC CTGTCTTCGT GTATCGCCTG
ATTACCGAAG GCACGGTAGA AGAGCGAATT CAGGCACTAC AGGCAAGGAA GAGCCAGCTT
GCAGACGGTC TGTACGGCAA AGCTGATACC TTCAGCTCGG CCATTACCGC CGACGATATT
TCTGTCCTAT TCGAGAAATA A
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| Protein sequence | MQVSQANLNL NFDANSLQRG KRYFSQGRVQ NLVRETEGMS IQVLRAEVSG SQRQLYITEV
RFDRYLPGKI NTFCSCPVGF RCKHAAAVIL QANHEAGLSA EKYESEADTR YKYPTAETWL
EQAASVFSSI DNASNPECLA YLLHIEPHRS QQTLSVNKVR RRKSGEYSRG SKTTVWSRTN
LEYDRPKYLR ESDIAPLTWL NALPTAFRVS PVLEGTTGAY FIESALKTRR FFLESTQNPP
LQLGETLESG FEWMQLPDKQ HWQLVSKALP SHIRLLNTSP AYYLDEKELL IGRVENSLDA
RTTALLQQCP PLAESQLQQA LPDLAPILEK AGAVLPESFQ VPSMVQAAPQ PILQLYSLQH
PAPGTLPLLM ARLMFSYEGH RVAFSEQEPR VLVDGNNGPL LVIRDEDAEI EWLHRDLPDF
KMAGTMTDHL EADMVNALPY GSFLDFTLPT RNQWLDFIAF DLPRLDAGGW QIEMDESFDI
PVIEIDQLHG SLKPDEESPG WFDVEVGIDY NGTQIDLIPL LQQALVYLDL NNDSDDALPE
TLWLHNGDAL IRVVSDRIRP LVRTLLSLLG KERGGKLRLP KLDAAQVMGD LAADWQCSAE
LRNLSEKLTS FQALNHVPVP SEVRAELRHY QQDGLNWLMF LREFGLGGVL ADDMGLGKTL
QTLACIQAEK TAGRLTAPAL VVCPTTLIAN WEAEAEKFTP GLKRLVIHGQ RRKPFFDMVA
EADLVITSYP LLHRDLEQHQ NQSYSLAFFD EAQHLKNPAT VTSKAARRLP AENRIALTGT
PMENHLGELW ALFDLILPGY LADQKIFREH YRKPIEEQGN QSRYAELSRR VRPFMLRRTK
DQVTPELPEK TEIVRHVELN RQQKDLYETI RATMDKRIRK LLAEKGAARS QIEILDALLK
LRQICCHPAL LNPEETAGSA KLDSLMEMLE QLLDEGRKVI IFSQFTSMLA LIETTLKAAG
IGYEKLTGQT RDRATPVKRF QNGESPVFLI SLKAGGTGLN LTAADCVIHY DPWWNPAAEQ
QATDRAWRIG QDKPVFVYRL ITEGTVEERI QALQARKSQL ADGLYGKADT FSSAITADDI
SVLFEK
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