| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maqu_1312 |
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| Symbol | |
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| ID | 4653899 |
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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 | 1469373 |
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| End bp | 1472513 |
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| Gene Length | 3141 bp |
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| Protein Length | 1046 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 639811280 |
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| Product | helicase domain-containing protein |
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| Protein accession | YP_958588 |
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| Protein GI | 120554237 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.372927 |
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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 | GTGATAACTG AGTGGCCATC AGAAACAATA AAACCTGGTG ATTCAGTTCG CCTGAAGAAT
GCCCCTGATC GCACCGGAAC GGTTACCAAC CAGTTAGACG GCTCACCGCG CAGGCCCAGA
GTCTATGTGA ATTTCGACGG TGAAGGCCCC GAACCAATTC TGTTCTCGAA CCTTGAGCCA
GTTGATGATA GGCCCATTGG TGAATACGAG CGTTTTCAAC GAGGTTTGTT CGGGGGAGTG
CGGCACCTTC GAAAAGAGAT TACCTACCGC AGGCTAAGTG GAAAGCTCGC CAACCTGATA
TACAGCCTTA ATACAACTAA CACCCAGTTT TTCCCCTATC AGTTCAAACC AGTACTCCAG
TTTCTTGATT CACCCAGCAA CGGCCTGTTG ATTGCCGACG AAGTGGGTCT TGGTAAAACG
ATCGAAGCCG GCCTGATCTG GACTGAACTA AGGGCGCGAG AAGATGCGCG GCGGTTACTC
GTGGTTTGTC CTGCTATGCT CAGGGAGAAG TGGGTGGAAG AGTTGGCAAA CCGCTTCGGT
GTTATGGCCC AGTGTGTGGA TGCAGACGAA TTGCTGACAA AACTGGAGTC AATAAAGGCC
CGGCCCCACC AGGATTTTGC GTTGGTGGCG AGCATGCAAG GGCTAAGACC CCCTCGCGGG
TTTGCGCAGG GTAACTCCAA GAGCGGTGCG GCAAAGCTTG GGCGCTACCT TGACGGTCTG
GATGGCGATG ACCCGCTTCT TGATTTGGTC ATAATCGATG AAGCGCATTA CCTCCGTAAC
GAATCTTCCC AGACAAACAA ACTCGGCCAG CTTTTGCGGC CCGTCGCGTC TAACCTTGTA
CTTCTCTCAG CCACACCGAT TCAACTCAGA AACAAAGACC TGTTCAACCT GTTGAAGCTG
CTTGATGAAG ACTCATTCCC TTATGAGCAT TCCTTTGAGG ATACCCTGTA CGCCAATGCA
CCGCTCAAGG ACCTTCGTGA GAAAGTCCTT TCTGGTGCAG CAACAACCGA GGACTTCGAA
GAGGCGCTGA ACGAAGCGCA ATGGCGCTCT ATGTTCGGTG AGAGCCTTCA ACTTGAGCAC
CTCATAGAAA ATCCCCCAAC GGCCGATCAG CTTAAAGATC CCAAGTCCCG CTCAGAGTTG
GCAGACCAGC TCGACAGAAT CAATCCGCTC GGCAAAGTCA TTACCCGAAC ACTTAAGCGA
GAAGTTAACG AAAACCGAGT CATAAGAATG CCTCGTGCCG TCGTTGCGCC CATGAGCTCG
GTGGAGCGTG TTTTCTACCA ACAGGTAACC GAGGTTGTCC GGGAATATTG TGCAGATAAC
CAGCTGTCAA CGGGCTTTAT ACTGACCACT CCTCAAAGGC AGATGACAAG CTGTATGGCT
GCAGCTTGTC TGGGTTGGCA GGCCAACTTC AATACCATGT TTGGGGAAGA TCTCGATGAA
CTGCTATACG AACTTGATGG GGAGACAGAA GGAGACAACG AGCCGCCAGC TTCAATGGGA
GAACTTGTCA AAACCCTTGC CCTGGTAGGA AAGAGTATTG GTAGTTATGA ATCACTCAAA
GCCTCGGATA CCAAATACAA TCAACTAATC AGTGTCTTGA AAGACTACTG GGCCCAGTAC
CCGGACAAAA AAATCATATT GTTTGCGTTT TACAAAGGCA CCTTGAGATA CCTTCACGAA
AGATTGTCTG AGGAAGGCAT TGGTTCGCTG GTGCTTCATG GCGGCATGGA CAAAAACGAA
GTGATACGCC AGTTCCGTGG AGACGCTCAA TACAACATCC TTTTGTCATC TGAGGTTGCG
GCCGAGGGTG TCGACCTTCA GTTCTCAAGT GTTCTGATCA ACTACGACCT TCCCTGGAAC
CCGATGCGGA TCGAGCAGCG AATCGGCCGT ATCGATCGTA TTGGCCAGGA AGAGGATCGT
ATACATATAT GGAACATGAT CTATGAGGAC ACCATAGATC AGCGCGTGTA TGACCGGTTA
TTGGATCGGC TCGATATTTT CCGAAATGCT ATGGGAAGTA TGGAAACTAT TCTCGGAGAC
CAGGTGCAGG CGCTAACCAA AGAGTTGTTG GGCCACAAGC TAACTCCTGA GCAAGAAGTC
GAAAGGATTG AGCAAACGGC AGTTGCGTTG GAAAAAAATC GGCAGGATCA GGCGCGCCTG
GAACGGGAAG CAGATCAGCT GATAGCCCAT GGCGACTTTA TCCAGAAAAA AGTTCGCGCT
GCCAGAGAGC TTGGGCGTTA CATATCGGGA GAAGATCTCT ACATCTATAC CCGTGATTTC
CTGAATGATC GATACCCCGG CTCTTTCCTG ATCCAGTCAG AAAACAATCC AGACTGGTAC
AGGTGTGAAC TCTCAACCCA GGCCCGTGCC GAGTTTGGTG TCTTCCTGAA AAACCATCAC
CTTCAGGGTA AAACGCGGCT TCTGGAGCAT AGCCCGCCGG AGTTGTTCTT TGATAACCAG
CAGGCGCGAC CGTTGAGCTC TGTTGAACGT GTTACGCAAG ATCATCCTCT GATTCGTTTC
GTTACGCAGA CTATTGAGAA TGAAGGGGAT GCAGCATCTG AATATCCCGC ACATGCCATT
TCAGTTCCCG CTCTGGTTGT GCCAGGCATA GAGCCGGGCA TTTATGTTTA TACCGTTGCT
CGCTGGTCAG TGGGTGGTGC AATTGATACT GAAAAACTGG CCTATGTAGT TAAACGGCTG
GATGGCGAAA CTTTGGATGA GGAGAGTGCA GAATTCCTGG TCAATAGTTC AGCGCTCAAA
GGGGATGACT GGCGCTCTGT GAAGAATGAA ATAGATACAG AAGAGGTGGC TGAACTCTTT
GACGTTGCGA GAGTGGAGCT TGAGGATAGC TTTAGCGAAT ACCGGCAGCA AATGATTCGG
GCTAATACAG ACAGGGTCAG GATGATGGTA GCGAGCCTGG AAAAAGAACT AAAAACAAAA
ACAGCCAGAA GTGAGGAGCG GATAAACGAG TATCGCCAAA GCGGAGATCC AAAAAAACTG
AAAATGATTC GCCCCGAGGA AGGTAAGAAG GCGAAACTCA AGACTCGCCT GACCGACCGC
ATCAAAGAAA TTCAGCTTCG GGAGAAGCTA ACGGTGGGTA AAAAATCCAT TGCTGCCGGA
GTAGTCAAAG TCTCCGCATA A
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| Protein sequence | MITEWPSETI KPGDSVRLKN APDRTGTVTN QLDGSPRRPR VYVNFDGEGP EPILFSNLEP
VDDRPIGEYE RFQRGLFGGV RHLRKEITYR RLSGKLANLI YSLNTTNTQF FPYQFKPVLQ
FLDSPSNGLL IADEVGLGKT IEAGLIWTEL RAREDARRLL VVCPAMLREK WVEELANRFG
VMAQCVDADE LLTKLESIKA RPHQDFALVA SMQGLRPPRG FAQGNSKSGA AKLGRYLDGL
DGDDPLLDLV IIDEAHYLRN ESSQTNKLGQ LLRPVASNLV LLSATPIQLR NKDLFNLLKL
LDEDSFPYEH SFEDTLYANA PLKDLREKVL SGAATTEDFE EALNEAQWRS MFGESLQLEH
LIENPPTADQ LKDPKSRSEL ADQLDRINPL GKVITRTLKR EVNENRVIRM PRAVVAPMSS
VERVFYQQVT EVVREYCADN QLSTGFILTT PQRQMTSCMA AACLGWQANF NTMFGEDLDE
LLYELDGETE GDNEPPASMG ELVKTLALVG KSIGSYESLK ASDTKYNQLI SVLKDYWAQY
PDKKIILFAF YKGTLRYLHE RLSEEGIGSL VLHGGMDKNE VIRQFRGDAQ YNILLSSEVA
AEGVDLQFSS VLINYDLPWN PMRIEQRIGR IDRIGQEEDR IHIWNMIYED TIDQRVYDRL
LDRLDIFRNA MGSMETILGD QVQALTKELL GHKLTPEQEV ERIEQTAVAL EKNRQDQARL
EREADQLIAH GDFIQKKVRA ARELGRYISG EDLYIYTRDF LNDRYPGSFL IQSENNPDWY
RCELSTQARA EFGVFLKNHH LQGKTRLLEH SPPELFFDNQ QARPLSSVER VTQDHPLIRF
VTQTIENEGD AASEYPAHAI SVPALVVPGI EPGIYVYTVA RWSVGGAIDT EKLAYVVKRL
DGETLDEESA EFLVNSSALK GDDWRSVKNE IDTEEVAELF DVARVELEDS FSEYRQQMIR
ANTDRVRMMV ASLEKELKTK TARSEERINE YRQSGDPKKL KMIRPEEGKK AKLKTRLTDR
IKEIQLREKL TVGKKSIAAG VVKVSA
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