| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Paes_0228 |
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| Symbol | |
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| ID | 6460442 |
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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 | Prosthecochloris aestuarii DSM 271 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011059 |
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| Strand | - |
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| Start bp | 237759 |
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| End bp | 240767 |
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| Gene Length | 3009 bp |
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| Protein Length | 1002 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 642724219 |
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| Product | Methyltransferase type 11 |
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| Protein accession | YP_002014932 |
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| Protein GI | 194333072 |
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| COG category | [H] Coenzyme transport and metabolism
[R] General function prediction only |
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| COG ID | [COG0535] Predicted Fe-S oxidoreductases
[COG2226] Methylase involved in ubiquinone/menaquinone biosynthesis |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 19 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTCTATC AGTTCGAAAA CTGGAAACGC TTCACCTCCG ACGGCATTGC AATCTATGCC
AGTACCTCCA CAGCAAACTG GTTTGTCCCG AACCCTGCCG GAGATCAGCT CCTTGATCAT
CTTGCAAGAC CGGGAGCACT GAACGGCAGC GCGGAGCACC TTGCATTTCT TGCGCGACTG
CCGTCAGCAG TTGACAACGC CTATGAAGGA AGAAGCCGGT TGCTCAAACT CGAGCATATT
CGCGAACTGT GGCTTCATAT CACAAACCGC TGCAATATGG CCTGCTCCCA CTGCCTCTTT
GCTTCATCAC CCGAAGAGCA GGAAGAGCTC TGTGCAGAAA GAATCCTTGA GCTGGCAGAA
GAAGCATGGG GCGCAGGATG CAGGCTCTTT GCCCTCACAG GCGGTGAGCC GCTGGTTCAC
CGTGAAATCA ACACGATCAT ACGAGGCCTG CTCGACCTTC AGGATGCCCA TGTGGTCATT
CTTACCAACG GACTCCTTGC TGACAGAGTC ACGACAGCGT TTACTGATGA TCTTGACCGG
ATACATCTGC AGATCAGTCT CGACGGCATC GGCGAAAAAC ATGACGAGCT GCGCGGCAAG
GGGGCGTTCA GCAGGTTGAC GTCAACCCTG CAACAGCTCC ATGCACAAGC AGTCCCCGTG
ACGCTCTCGA TGTGCGTCAC ACGCGATAAC ATGCAGGATA TGGAGGATGT CATCGTCTTC
AGCAAAGAGC ATGGCGTGAC CAATGTGCAC TTCATGTGGT ATTTTGTTCG CGGACGTGGA
GAAGAACAAC AGTTTGTCGA TCCCCTGAAA ATCTTCGGTA ATCTCCGTCG TGCTGCTGCA
AAAGCAGAAC AGCTGGGAAT CCACATCGAC AATATCGAAT CACTCAAAAC ACAGGTCTTC
GCCCCTCCTG GTACTATCCA TGACGGCAGT ACCGCTGGAT GGGAATCCCT TGCCATCGGT
CCTGACGACA AGCTCTACCC GACCGCTGCC CTGGTGGGCG TTGCTGAACT GGCAACACCA
CTCGACAAGG GCATCGTCGC CGCCTGGAAA GAGAGCCCTG TGCTTGAGCG TATCAGAAAA
ACCTCGATCG TCGACGACTC CTCTCCTCTT CGCCATATAC TTGGTGCCGG TGATCTCGAC
CACTGCTACC TCTCTAACGG CACCTTTTCT GGTGCAGACC CCTACATGCC GCTCCACGAG
GCAATCGCGC TCTGGCTTAT CACCGCCAAA CTTCCTGACA CTCCTGAAAG CCGCAAACCA
GCGATCCGTT TGCAGATGGG AGAAATCCTC GAAAGCTGCG GAGCTCACGG AAGCATTTCC
CTTATTCACT CGAACTGCCT TCTGGCAACG GCCACGAATG AGAGCCTCTC CTCCATACAG
GAATTCTATA GCTCGGCAAC CGGCGACAGC AACAAGGAAA TTCTCAACCC GGTCGGTTAT
GACACCTCAC TGATCAGCCA TATTCCCCAG GCCTATAGAT TCAGAGGATA CGGCTGCGGC
AGTCCGGTGA TGGATGCAGC CATTGAAGAG GGGGAACAGG TGGTTGACCT GGGATGCGGG
AGCGGCGTCG AATGCTTCAT TGCTGCCAGG ATGACCGGTC GCAATGGTTC TGTAACGGGA
ATCGACATGC TTGACCCGAT GCTGGAACTG GCGGCAAAAG CCGCACCAGG CGTTACCGAT
GCACTCGGCT ACAGCAACGT CACCTTTCGT AAAGGAATGC TTGAAGAGCT TCCTCTCGAA
ACCGGTTCGG CAGACGTGGT GCTCTCCAAC TGCGTCATGA ACCTCTCGCT CAACAAACGG
CAATCCTACA GCGAAATACT TCGCATCCTC AAACCCGGCG GAAGAATGGT TATTTCCGAT
GTCGTCTGTG AAACGGAACC CGACGCCGCC ATCCGCAACG ACGAAACCCT CAGAGGAGAG
TGCATCGCAG GCGCTCTGAG CGAAAGCCAC CTGCTTGCGC TGCTTGCAGA AAGCGGCTTC
GACGCTATCC GCCTGATCAA GCGTTTCCCA TACAGAGTTG TCAATGGACA CCAGTTTTTC
TCACTCACCT ATACAGCCTC CCGACCTCAA CAAAAAGAAC CGGTAAAAGT CATGTACCGC
GGACCGTTGC CGTGGATACT GTCCAACGGG GGAACATTGC TTGCAAGAGG AAAATCAGTC
ACCATCGACC GGGCAGAAGC AGAAGGGCTC GGCGACTCGC TCTTTCTTTT CGATGAGAAT
GGCTACGTCA CCAATGTCGA AGGGGAAAAC TGCTGTTCAT GCGCTATCGC TCCGGAAGAG
CAGCCCGCAA CGGCTGAATC TCTTAAACCA TCACAGGACG AAAGTCATCG TTCCGGATGC
ATGGTCTGCG CCAAACCGCT TATCTATGAA GAAGAGGAAC ATTCTCGAAC CTGCAGTTAC
TGCGGACAAA CGTTCAAAAC ACAGACCGTC TGCTCAGAAG GGCACTTTGT GTGCGACAAC
TGCCATGCCG ACGATGCCGT CGATGTCATC CGCCATCTCT GCCTGACAAC TGAAGAAACC
GATATGCTCA AGCTCTTCGA GCATATCCGC AGCCACCCGG CCACGAACAT CCATGGGCCC
GAATACCACG CCATGGTACC GGGAATCATA CTGGCCACAT GGAGAAACCT GGGAGGTGAT
ATCATTGATA TGAACATCGA AAGCGGTATC AGTCGCGGTA AAACCATAGT CGGCGGATCA
TGCGGATTCA TGGGCATCTG CGGAGCTGCC GCAGGAGCCG GTATTGCCTT CAGCATCATG
CTGAAAGCCA ACCCGCTCAA AGCGAAAGAA CGAAAATCGG CCCAGCAGGT CACCGCGGCA
ATCCTTGCTC ATATTGCCAG GCTCAAAGCT GCCCGATGCT GCCAGAGAGA CTGCTGGATC
GCACTGACAA AAAGCGCTGA ACTCTCCCGT GAGCTGCTCG CAATCCCACT CAAAGCAGAC
CATAGTGTCA GCTGTACCCA GAAAGAGCTC AACAATGAAT GTCTTGGAAA GGGATGCCCG
ATCTACTGA
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| Protein sequence | MLYQFENWKR FTSDGIAIYA STSTANWFVP NPAGDQLLDH LARPGALNGS AEHLAFLARL
PSAVDNAYEG RSRLLKLEHI RELWLHITNR CNMACSHCLF ASSPEEQEEL CAERILELAE
EAWGAGCRLF ALTGGEPLVH REINTIIRGL LDLQDAHVVI LTNGLLADRV TTAFTDDLDR
IHLQISLDGI GEKHDELRGK GAFSRLTSTL QQLHAQAVPV TLSMCVTRDN MQDMEDVIVF
SKEHGVTNVH FMWYFVRGRG EEQQFVDPLK IFGNLRRAAA KAEQLGIHID NIESLKTQVF
APPGTIHDGS TAGWESLAIG PDDKLYPTAA LVGVAELATP LDKGIVAAWK ESPVLERIRK
TSIVDDSSPL RHILGAGDLD HCYLSNGTFS GADPYMPLHE AIALWLITAK LPDTPESRKP
AIRLQMGEIL ESCGAHGSIS LIHSNCLLAT ATNESLSSIQ EFYSSATGDS NKEILNPVGY
DTSLISHIPQ AYRFRGYGCG SPVMDAAIEE GEQVVDLGCG SGVECFIAAR MTGRNGSVTG
IDMLDPMLEL AAKAAPGVTD ALGYSNVTFR KGMLEELPLE TGSADVVLSN CVMNLSLNKR
QSYSEILRIL KPGGRMVISD VVCETEPDAA IRNDETLRGE CIAGALSESH LLALLAESGF
DAIRLIKRFP YRVVNGHQFF SLTYTASRPQ QKEPVKVMYR GPLPWILSNG GTLLARGKSV
TIDRAEAEGL GDSLFLFDEN GYVTNVEGEN CCSCAIAPEE QPATAESLKP SQDESHRSGC
MVCAKPLIYE EEEHSRTCSY CGQTFKTQTV CSEGHFVCDN CHADDAVDVI RHLCLTTEET
DMLKLFEHIR SHPATNIHGP EYHAMVPGII LATWRNLGGD IIDMNIESGI SRGKTIVGGS
CGFMGICGAA AGAGIAFSIM LKANPLKAKE RKSAQQVTAA ILAHIARLKA ARCCQRDCWI
ALTKSAELSR ELLAIPLKAD HSVSCTQKEL NNECLGKGCP IY
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