| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maqu_0415 |
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| Symbol | |
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| ID | 4656534 |
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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 | 474130 |
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| End bp | 477339 |
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| Gene Length | 3210 bp |
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| Protein Length | 1069 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 639810368 |
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| Product | hypothetical protein |
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| Protein accession | YP_957705 |
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| Protein GI | 120553354 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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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 | 0.484825 |
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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 | ATGGCCGACA GCCGAGAGAG AGCGTTCCAG AACGACATCA TTGCTTCCCT GAGTGACCAG
GGCTGGCTGG TCGGCAAGGC GTCCCAGTAC GACAAGGCGT ATGCCCTGTA TACGGAAGAC
CTGATCGGTT ACTTCCAGGA GGCTTGGCCG GATCGGTGGG AAAAGTTCTG TAAGGGTAAC
CCTCAGAACC CGGAAAAAGT GCTCATCCAG AAAACCGTTC GGGAACTCGA AAAGAAAGGC
ACCCTCGATG TGCTCCGCCA TGGCTTCAAA GTACCGGGCG TAAAAATCGA CCTGTGCAGC
TTCAAGCCGG ATCACGGCAT GAATCCGGAC ACAGAGCGTC GATACAACGC CAACCGTTTA
CGCGTGGTCG AGGAAGTCTC CTATTCGCCT CACGCCCGCA CCGGTGACTA CAATCCCCGT
CTCGACCTGG TGCTTTTCGT GAACGGGATT CCGACTGCGA CTCTTGAGCT CAAAAGCGAG
TTCAAGCAGA CCGTGGAACA CGCCAAGCGC CAATACAAAA AGGATCGTCC GGTAAAGGAT
CCGGTAACAC GGAAGCCGGA GCCCTTGTTG ACGTTCAAAC GTGGGGCATT GGTCCATTTT
GCGGTCAGCC AGGACGAAGT GGCGATGACC ACCCGGCTGA ATGGAAAGGA GACTTTCTTC
CTGCCATTTA ACCGAGGTAC TGCTGATGGC GGTGCCGGGA ATCCCCGTGC CGAGGATGAG
GGTAGCTACG CCACAGCCTA CTTGTGGGAG CAACTGTTCC AGAAGGATGC CTGGCTCAAG
GTTCTTGGCC GCTTCCTGCA CCTGGAAAAG AAAACCGAAG AAGATTTCCA TGGTAACCGG
AAGACCAAGG AAACCCTGAT TTTTCCCCGG TACCACCAGT GGGACGTGGT TAACCAGCTG
ATTCAGACAA CCCGCGAAGA AGGTCCCGGC AAGCGTTACC TCATCCAGCA CAGTGCCGGC
TCAGGCAAAT CCAACTCCAT TGCCTGGGCA GCCCATCAGT TGGCCCAGCT CTACGATAAC
GATGGTAACA AGCTGTTCAG CTCGGTCATC GTCGTGACTG ACCGAACGGT GCTGGATAGC
CAGCTTCAGG ACACGATTTA CCAGTTTGAG CACGCTCAAG GCGTGGTTCG ACCTATCAAT
CGTGATTTGG GCAACCAGAG TAAATCAGAG CAGCTGGCTG AGGCTCTGGC CGAACAGACC
CGAATCATCA TTGTGACCAT ACAGACCTTC CCCGCATTGT TCGATGCGTT GGAGAAGTAT
CCCAAGCTAG CGTCCGGACG GTACGCAGTC ATCGCGGACG AGGCTCACTC TTCGCAAACT
GGCTCTTCCG CAACCAAACT GAAGGCCATC TTGGGCGGTG ACTTACCCGA AGGTGAGGAA
ATCAGTGCAG AAGAGCTGCT GGATGCTGCC GTCTCTGCGC GAAAGCCCAG CCAGGACATC
AGCTACTACG CCTTTACCGC GACGCCTAAG GCCAAGACCA TTGAACTGTT CGGTCGTGAG
CCGGACCCGT CACAGCCTCG AAGTGAGTCC AATAAGCCAG AGCCTTTCCA TGTGTACTCC
ATGAGACAGG CTATTGAGGA AGGCTTCATC ATTGATGTAC TCCGACGCTA CACCACCTAT
GCCGTTGCCT GGAAGCTGGC TCACCCGGAC GCAGAGGACG ATGAGGTCGA CTCCAAGAAG
GCCCGAACCA CGCTGGCCAA ATGGGTGCGC CTGCACCCAC ACAACATCAG CCAGAAGGTT
GAGGTCATCG TTGAGCACTT CAGGGAAAAC GTCCGGCACC TACTGGGTGG CCAGGCCAAG
GCCATGGTGG TGACGAGCAG CCGGCAGGAG GCCGTCCGGT ACCAGCTCGC CATGCAGCAG
TACATCCAGG ACAAAGACTA CCAGGACGTT CACCCACTGG TGGCCTTCTC AGGCAGCCTG
CCACCAGATG ATGTGATCCC GGAAGAAGTC ACCGAAACCA GCAGTCTTTT GAACCCAGGC
CTGAATGGCC GGGATCACGC CAAGGCGTTC GATACGGACG AGTACAACGT GATGTTGGTG
GCCAATAAAT ATCAGACTGG CTTTGACCAG CCGAAACTCT GCGCCATGTA CGTGGATAAG
AAGCTCAAGG GTGTGGAGTG TGTTCAGACA CTCTCTCGGC TGAACCGGCT GTTTCCGGGT
AAGGAAACCT TCATTCTGGA CTTCATCAAT GATGCTCAGG ATATCCTCGA CTCGTTCCTG
CCGTACTACA ACAAGGCGGA ACTGACCGGG GTTTCAGACG CCCAGGTGGT CTATGACATC
CAGGAAGCTC TGGATGCCGA ACAGGTGTAC CACTGGGACG AAGTGGAGGC CTTTGCGCGG
GCGTTCTTCG ATCCCAAAGC AGAATCCTCT AAGCTTAGCT ATTACTGCCA GCCGGCCCGA
GAGCGCTTCA ACAAGCGGTA CAAGCTGCTT CGCGACGAAC GAGCGCAGGT TCGAGCCGCC
CGGAAACAGG CTGAGGCTGA TGGGAATACC ATTGGTCTGA AGCAGGCCGA CGCATCTTTG
AAGGAGATTG GCGAAGGCCT CGATCAGTTG GATCTGTTCA AGAAAAACCT GGGTAGCTTT
GTTCGAGCCT ATGAATTTTT GTCCCAGATT GTATTCTTTG AAGATGAAGA GCTGGAGCAG
CTGTGTGTTT TTGCCAAGCA CCTTCTCCCT CTGCTGCGCC AGGAGGCCCT GGACGACGAT
GAAATCGACA TCTCTGAGTT GGCCCTCTCC CATTACCGGA TCACCAAGCG AAAGGAGCAT
GAGCTCCGAA TAGAGGGGGA GGACGACCCG GACGGACTGG ACCCGATTAC CGGTGTGGGT
ACTGGAAAGC CCCATGATCC AGAGAAGAAA CGCCTGTCCG AAATAATCAA GAAACTGAAT
GACATCTTTG GCGCCGAAGT TAGCGATGAG GATCAGCTGC ACTTTGCCAA CGGGATTGCT
GACCGGGTTC GCCGAGATCA GGCGGTGATG GCGCAGGTAG ACAGCCATTC GACGGATCAG
GTGATGCATG GGTTGTTTCC GAAACGCCTC ACTGATCTTG TATTGGACTC CATGACAGAT
CACGAGAAGT TGTCGATGGA GATTCTGGAG AGCGCGCCAA AACAAAGGGC ATTTGCATTA
TTGATCCTTA GCCTTTTATC GGGGAAAGGT TCGGTAGACG AGAGAACGTC ACTGCCTGGC
AGGAAAATCG GTAGGCAGGG AAGCTCCTGA
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| Protein sequence | MADSRERAFQ NDIIASLSDQ GWLVGKASQY DKAYALYTED LIGYFQEAWP DRWEKFCKGN
PQNPEKVLIQ KTVRELEKKG TLDVLRHGFK VPGVKIDLCS FKPDHGMNPD TERRYNANRL
RVVEEVSYSP HARTGDYNPR LDLVLFVNGI PTATLELKSE FKQTVEHAKR QYKKDRPVKD
PVTRKPEPLL TFKRGALVHF AVSQDEVAMT TRLNGKETFF LPFNRGTADG GAGNPRAEDE
GSYATAYLWE QLFQKDAWLK VLGRFLHLEK KTEEDFHGNR KTKETLIFPR YHQWDVVNQL
IQTTREEGPG KRYLIQHSAG SGKSNSIAWA AHQLAQLYDN DGNKLFSSVI VVTDRTVLDS
QLQDTIYQFE HAQGVVRPIN RDLGNQSKSE QLAEALAEQT RIIIVTIQTF PALFDALEKY
PKLASGRYAV IADEAHSSQT GSSATKLKAI LGGDLPEGEE ISAEELLDAA VSARKPSQDI
SYYAFTATPK AKTIELFGRE PDPSQPRSES NKPEPFHVYS MRQAIEEGFI IDVLRRYTTY
AVAWKLAHPD AEDDEVDSKK ARTTLAKWVR LHPHNISQKV EVIVEHFREN VRHLLGGQAK
AMVVTSSRQE AVRYQLAMQQ YIQDKDYQDV HPLVAFSGSL PPDDVIPEEV TETSSLLNPG
LNGRDHAKAF DTDEYNVMLV ANKYQTGFDQ PKLCAMYVDK KLKGVECVQT LSRLNRLFPG
KETFILDFIN DAQDILDSFL PYYNKAELTG VSDAQVVYDI QEALDAEQVY HWDEVEAFAR
AFFDPKAESS KLSYYCQPAR ERFNKRYKLL RDERAQVRAA RKQAEADGNT IGLKQADASL
KEIGEGLDQL DLFKKNLGSF VRAYEFLSQI VFFEDEELEQ LCVFAKHLLP LLRQEALDDD
EIDISELALS HYRITKRKEH ELRIEGEDDP DGLDPITGVG TGKPHDPEKK RLSEIIKKLN
DIFGAEVSDE DQLHFANGIA DRVRRDQAVM AQVDSHSTDQ VMHGLFPKRL TDLVLDSMTD
HEKLSMEILE SAPKQRAFAL LILSLLSGKG SVDERTSLPG RKIGRQGSS
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