| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maqu_3033 |
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| Symbol | |
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| ID | 4653691 |
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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 | 3359997 |
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| End bp | 3363299 |
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| Gene Length | 3303 bp |
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| Protein Length | 1100 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 639813013 |
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| Product | transglutaminase domain-containing protein |
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| Protein accession | YP_960294 |
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| Protein GI | 120555943 |
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| COG category | [E] Amino acid transport and metabolism
[S] Function unknown |
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| COG ID | [COG1305] Transglutaminase-like enzymes, putative cysteine proteases
[COG4196] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGTCGATTC ACGTTGCCCT GAGTCATACC ACCCATTATC GCTACGAGCG CCCGATTACC
CTGGGCCCTC AGATTGTTCG TTTGCGACCC TGTCCACATG CGCGCACCCG GATTCTCAGT
TACTCGCTGA AGGTTGAGCC CGAAGGTCAC TTCCTGAACT GGCAACAGGA CCCGCAGGCC
AATTATCTGG CCCGGCTGGT GTTTCCGGAA AAGACCGACG AACTGAAGAT CACGGTGGAC
CTGGTTGCCG AGATGGCCGT GATCAACCCG TTCGATTTCT TTCTGGAACC CCGGGCGGAG
ACCATTCCCT TCGACTATGA GGAATGGCAG ACGGCGGAGC TGGCGCCTTA CTTGCAGAAA
CTGCCGGAGA CACCGGAATT CCGGAAGTGG ATGGCCACCA TAGACCGCAA GGAAACGCCC
AGCGTGGATT TCCTGGTGGG CGTAAATCAG CGGCTTGCCA ACCGGATTGA TTATCTGATC
CGGATGGAGC CGGGCGTACA GACGCCGGAA GAGACCCTGA AAAAAGGGTC CGGATCCTGT
CGGGATTCGA CCTGGTTACT GGTCCAGACA CTTCGGCACC TCGGCCTGGC AGCGCGGTTT
GTCTCCGGTT ACCTGATCCA GCTCAAGGCA GACCTGAAAG CGCTGGACGG CCCCTCGGGC
GCGGAGGAAG ACTTCACTGA CCTGCACGCC TGGTGCGAGG TCTTCCTGCC CGGCGCCGGT
TGGGTGGGAC TGGATCCGAC GTCTGGCCTG TTTGCCGGTG AAGGGCATAT TCCGCTGGCC
TGCAGCCCGG ATCCGTCCTC GGCGGCGCCC ATTTCCGGCA TGGTGGAAGA CTGCGAGGTC
GAATTTGAGC ATCAGATGAG CGTCCAGCGC ATCTGGGAAG CGCCGCGGGT GACTAAACCC
TACACCGAGG AGCAGTGGCA ACGCATTGTG GATCTGGGGC ATGAGGTGGA CGAACGCCTG
ACCGAGCTGG ATGTGCGCTT GACCCAGGGC GGTGAACCCA CCTTCGTGGC CAATCACGAC
CGTGATGAGC CGGAGTGGAA CACCGAGGCG ATGGGCCCCA CCAAGCGGAA AAAGGCCATC
GAGCTCTACC ATCGGATGCG GGACCGGTAT GGAGCCGGTG GGCTGGTGCA CTTTGGCCAG
GGCAAGTGGT ACCCGGGCGA GCCGCTGCCG CGGTGGTCAC TGAACTGCTT CTGGCGCAAG
GATGGTGAGC CAATCTGGCA GGATGAACGG TGGCTGGCGG ACGAGCGTAC TGAAGGCAAG
GCAAGCCCGG AAGATGCTCA CCGGTTTTTA GCGGCCCTGG CGAAGGAACT GGGTGTCGAT
GAAAAACACC TGTTCCCTGG GTTCGAGGAT GCCTTTTATT ACCTGTGGCG GGAACGACGG
CTGCCGGTCA ACCTCGATCC CTTTGATGCC AAACTCGACA ATGCCCTTGA GCGGAAGCAG
CTTCAGCAGA TTTTCAGCCG GGGTCTGGAT GAGCCCGTCG GCTACGTGCT GCCACTGCGT
GTTTCCGAAA AGGAGAAGGC CTGGGAGACC GGACCCTGGT TCCTGCGCAG CGAGCGTTGC
TACCTGATAC CGGGCGGCTC CCCCATGGGC CACCGGCTGC CCCTGGACAG TCAGCCCTGG
GTGGAAGAAG CGGATTACCC CTGGATCCAC GAACAGGACC CGTTTGCCCC TCGCGGGCCC
TTGCCTGTCA GCGAACAGAT CCGTCAATGG AACAGCCACA GCCAGGCTGG CCGGCCGTCT
TCGGAGCTGA AGCCGCCGGC CAAAGGCAAG TCGGCACCCG AGATTGTCCG CACGGCCCTG
TGTGTTGAGC CCAGGGAGGG CATCCTTCGC GTCTTTATGC CGCCGCTGGG GGAGCTGGAG
CCTTACCTTG CGCTGGTCTC GGCCATCGAG AAAACCGCCG CAGAGCTCAG GCAGCCGGTC
TTGCTGGAAG GCTATGAGCC ACCCTCCGAC CCACGGTTAA GTCATTTCCG GATTACCCCG
GATCCGGGAG TGATCGAAGT GAATGTGCAG CCGGTCAAGA CCTGGGATGA GCTGGTCGAG
CAGACCGAGA CGCTCTATGC AGACGCCTAC GAATGCCGGC TTACGTCTGA GAAGTTCATG
ATGGACGGCC GTCATACCGG TACCGGTGGC GGCAACCATT TTGTGCTGGG TTCGCAAAAG
GCCGAGGACT CTCCGTTCCT GCGGCGCCCG GATCTGTTGC GCAGCCTGAT CAGCTACTGG
CACAACCATC CCAGTCTGTC CTACCTGTTC TCCGGCCTGT TCATTGGCCC CAGTTCCCAG
GCCCCCAGGA TTGACGAGGC CCGCAATGAC CACGTGTTCG AAATGGAGCT GGCCTTCAAG
GAGATGGAGC GGTTATGCCC GGTGGGCAAG AAAATCGCGC CCTGGATGGT GGACCGCTTG
CTCCGGGACC TGCTCACCGA TGTCACCGGC AACACCCACC GGGCCGAGTT CTGTATCGAC
AAGCTCTATT CCCCGGACGG CCCGGGTGGG CGTCATGGTC TGCTCGAGTT GCGTGCCTTC
GAGATGCCGC CCCATGCCCG CATGAGCCTG ACCCAGCAGC TGCTGTTGCG CGCGCTGGTG
GCACGCTTCT GGGAGCAACC CTACAAGCCG CCAGGGCTGG TGCGCTGGGG CACCGAACTG
CACGACCGGT TCCTGCTGCC TCACTATGTC TGGCAGGATT TCGAAGATGT GATCGACGAT
ATGAAGGCCC GTGGTTACCC GCTCGAGAGC GAGTGGTTCG CGCCCCATTT CGAGTTCCGG
TTCCCCCGGA TCGGCGACTA CAAGGTCAAG GGCATCACCC TTGAGCTGCG CTCGGCCCTG
GAGCCCTGGC ACGTCACTGG TGAGCACGGT GCAATCGGCG GCACTGCCCG TTATGTGGAT
TCCTCCCTGG AGCGTCTGCA GGTGAGGGTG CGCGGTGCTG CGCCGGATCG TTACCAGATC
ACCTGTAATC AGGTGCCTCT GCCACTTCAG CCTACCGGCA TGGTGGGCGA GTCGGTCGCC
GGGGTCCGTT ACCGGGCCTG GCAGCCGTCG CAGTGCATGC ACCCGACCAT CGGGGTGGAT
GGGCCGCTGG TGTTTGATAT CGTGGACACC TGGAACGAAC GCAGTCTGGG CGGGTGTGAG
TATCACGTGG CCCATCCCGG TGGCCGGAAT TTCGAGACGC TGCCGGTGAA TTCGTTCGAG
GCTGAAGGCC GCCGTATGGC GCGTTTCTTC CGGATGGGAC ACAGCTCAGG CCAGCAACCC
CTGCGGCCGG TGCCGGAGCA CCGGGAGTTC CCGTTCACCC TGGATTTGCG GTATCACAAA
TAA
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| Protein sequence | MSIHVALSHT THYRYERPIT LGPQIVRLRP CPHARTRILS YSLKVEPEGH FLNWQQDPQA
NYLARLVFPE KTDELKITVD LVAEMAVINP FDFFLEPRAE TIPFDYEEWQ TAELAPYLQK
LPETPEFRKW MATIDRKETP SVDFLVGVNQ RLANRIDYLI RMEPGVQTPE ETLKKGSGSC
RDSTWLLVQT LRHLGLAARF VSGYLIQLKA DLKALDGPSG AEEDFTDLHA WCEVFLPGAG
WVGLDPTSGL FAGEGHIPLA CSPDPSSAAP ISGMVEDCEV EFEHQMSVQR IWEAPRVTKP
YTEEQWQRIV DLGHEVDERL TELDVRLTQG GEPTFVANHD RDEPEWNTEA MGPTKRKKAI
ELYHRMRDRY GAGGLVHFGQ GKWYPGEPLP RWSLNCFWRK DGEPIWQDER WLADERTEGK
ASPEDAHRFL AALAKELGVD EKHLFPGFED AFYYLWRERR LPVNLDPFDA KLDNALERKQ
LQQIFSRGLD EPVGYVLPLR VSEKEKAWET GPWFLRSERC YLIPGGSPMG HRLPLDSQPW
VEEADYPWIH EQDPFAPRGP LPVSEQIRQW NSHSQAGRPS SELKPPAKGK SAPEIVRTAL
CVEPREGILR VFMPPLGELE PYLALVSAIE KTAAELRQPV LLEGYEPPSD PRLSHFRITP
DPGVIEVNVQ PVKTWDELVE QTETLYADAY ECRLTSEKFM MDGRHTGTGG GNHFVLGSQK
AEDSPFLRRP DLLRSLISYW HNHPSLSYLF SGLFIGPSSQ APRIDEARND HVFEMELAFK
EMERLCPVGK KIAPWMVDRL LRDLLTDVTG NTHRAEFCID KLYSPDGPGG RHGLLELRAF
EMPPHARMSL TQQLLLRALV ARFWEQPYKP PGLVRWGTEL HDRFLLPHYV WQDFEDVIDD
MKARGYPLES EWFAPHFEFR FPRIGDYKVK GITLELRSAL EPWHVTGEHG AIGGTARYVD
SSLERLQVRV RGAAPDRYQI TCNQVPLPLQ PTGMVGESVA GVRYRAWQPS QCMHPTIGVD
GPLVFDIVDT WNERSLGGCE YHVAHPGGRN FETLPVNSFE AEGRRMARFF RMGHSSGQQP
LRPVPEHREF PFTLDLRYHK
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