| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_1294 |
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| Symbol | |
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| ID | 7083258 |
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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 | Dictyoglomus turgidum DSM 6724 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011661 |
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| Strand | + |
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| Start bp | 1310474 |
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| End bp | 1313521 |
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| Gene Length | 3048 bp |
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| Protein Length | 1015 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643458396 |
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| Product | DNA methylase N-4/N-6 domain protein |
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| Protein accession | YP_002353185 |
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| Protein GI | 217967679 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2189] Adenine specific DNA methylase Mod |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.474007 |
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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 | ATGAACACCA TCCAGAAATT TCAAGAACTA TTAAAGAATC TTTTTCAATT TGAATCCTCT
GATTTGGACT TCGGAATTTA CCGCATTTTA AATTACAAGC GTGAGATGAT TGAGAAGTTT
ATTGAGAAAG ACCTTGTAAA TAAGGTTGAA ACTGCCTTTG CAAGATATAA GGATAAAAGG
ATTGAAGACA TCCAGCAGAG ATTGGAAGAA GCAAAAAGAA AGATTATAGA TACATTAGGA
AATTCCGCTC TTACTCCAAC TGGAGAATTA AAACCTGAAT ATAAAGACAC ACCTGTCGGT
AAGGATTATC TTTCCATAAA AGCACAAAAG GAAGAAGCAG AAAAGATTGA TGAGATAAAA
CTTCAGGTTT TCAACGACCT TTACAACTTC TTTTCAAGAT ATTATGAAGA AGGTGATTTT
GTTCCCCAAT ACCGCTACTC AATAAAAGGG CATAAATATG CTATCCCCTA TAACGGCGAG
GAAGTAAAAC TCTACTGGGC AAATGCCGAA CAGTATTACA CAAAGACAGG TCTTCTTTTC
CGGGACTATG CCTTCTTTAC CGATGCAAGC AAATCTTATA AGGTTTTATT CCGCATAGTT
TCAGCAAAAG AGGAGTTGGG CTCAAATAAA GCAACAAAGG AGAGATTCTT CATCCTTGAT
GATGAAAAAC CTGTAGAGTT AGAAGATAAG ACCTTAATTA TCCGTTTTCA GTATAGAGAG
TTAACGGATG AGGAGGTAAA ACATTACGAA GTAGAAGGTG GAAGCAACAC AGCAAAACAA
GAAAAAATCA ATCAAAAAAG TTATGAAGAA ATTTTAAATA ATCTGAAAGA ACTTTCACTT
AAAGGTTTCT TGATACAAAA CAAAAATGAT AAACCACTAC TTCTTTATCA CATCTCAAGG
TTTACTGCCA AAAACACCAA GGATTACTTT ATCCATAAAA ACCTCAAAAA ATTCCTCTCC
GAGCAACTGG ATTACTTCAT AAAATCCGAG GTTTTGGATA TTGAAACACT GGAGAAAGAA
AGATTTTTAG ATAAACATAT CACCAGGGCA AAGGTGGTAA GGGAAATAGG TTCCGCAATC
ATTGATTTTC TTTCACAGAT TGAAGATTTT CAGAAAAGGT TATGGGAAAA GAAGAAGTTT
GTTTTAAAGA CAGATTATGT GATTACCATG GATAGGATTA AAGAGTGGAC TGATGATGAG
TTTTATAAAG AACTAATTGA TAAGGTTTTG AGAAACAAGG AGCAGCTTGA AGAGTGGAAA
GAACTTGGTT TTGGAGATAT AAAAGATGAG AAGGATTTAG AAGGTAAAAA ATTTCCGCTT
GATACAAATT ATTTTGATGA GGAGTTTAAG CTAAAACTTC TTGAAAAGAT ATCTGAAAAA
TATGATTTAG ATGATGTTTT GGATGGAATT CTAATCAAGA GTGAAAATTG GCAGGCACTG
AATTTGCTTT TGAATAAGTA TAAAGAAAAA GTTCAAACAA TTTATATTGA CCCACCATTT
AACAAAGAAC AAGATGCTGA TTATCTTTAC AATGTGAGGT ATAAGGATTC TACCTGGATA
AGCATGCTTG AAAACAGGTT GCGACTTGCC AGGGATTTAC TTTCCGATAA AGGAAGCATA
TTTGTCAGGT GCGATTACAA CGGCAATATG TATGTTAGGC TTTTGATGAA TGAGATTTTT
GGAGAGGAGA ATTTTAGGAA TGAGATAACT ATTAAAAGGA CAGAAGGTAA GAGTAGAACA
GAAGGACTTT CTTATTCTAT TGCTACTGAA AGCTTATTGT TTTACGCCAA AAGCGAAAAA
CAATACTTTA TGATCCCTTC TAGAAAGACT GATTTTTACA AGAATATGCT GGTATTATTA
GAGAGGCTGA AAAAAGACGA AGAAAAATTA GAAGTCGTCA AAAATCTTTT TAAAGAAATA
TTTTGGATAG ATTTAGATCA CAGACCAGGT GAGCGAACTA CTTCATCAGT AGTAAATGTT
TTTGGAATAG AGTTTAAAGC TCCTGCTGGA AGACATTGGT TGTATAATCA AAATCGAATA
GACGAAGCAA TAAAAAAAGG AAAGGTTAGA ATAGTTTGCG TTAAGTGTGA GGTTCCTTAT
TACTCTACAA TTTCAAAATG TGAAATATGT GGCAAAAAAG AATTTAAAAT TCAAATATTT
TATGATGAAG AAAGCTTAAC TACAAACTGG ACTGATGAGA TGAGTTATGC TCAATCTAAT
TTCTGGGGTA TAAAATTCCC CACTGAAAAC TCCGAAATCC TTTTAAAGCG TGTTATAGAA
TCTACTTCTA ACCAAGGCGA TTTAGTTATG GACTTCTTCC TCGGCTCAGG CACAACAACG
GCAGTAGCAC ACAAACTTAA AAGAAAATGG ATTGGAATTG AGATGGGAGA GCATTTCTGG
ACAGTAGTTT TGCCAAGAAT GAAAAAAGTT TTGGCTTATG ATAAATCAGG AATTTCAAAA
GAAAAAGATG TTAAAGAAAA ATACAATGAA AAAACAGCAG GTGGCTTTTT CAAATACCAA
ATCCTTGAAC AATACGAAGA CACTCTTGAT AACATTGAGC TTAAAGAAAA CAAAAAGGCA
CTGGAACTTT TTAAAGACGA ATACCTTTTA AAATACTTCC TTGACTACGA AACAAGGGAA
AGCCCATATC TCTTAAATAT GGAAAGCCTC AAAGACCCTT TTGCTTACAA ATTAAAGGTA
AATCTCTCTG AAGTTGGTGA GCCACAGGAA ATGGTGGTAG ATATTCCGGA GACATTTAAC
TACCTTTTAG GATTAAAGGT AAAGAAGATA AAAGCAAGAG AAAACGATGG CAAAAGATAC
CTCTTTATCC TTGGAGAAAA AGAAGGAAAA AACATTGCGG TTGTCTGGCG CAAGTATTGT
GATGATTGGA ACGAAGAAGA TTTCAAAAAG GATAAAGAGT TTATTGGAAG TGAACTAAAA
GAATGGCAAC CAAGCATTGT ATATGTGAAT GGGCAGAGTG TTTTGACACC AACAATGGGG
GAAATAAGAT ACATTGAGCC TGAATTTAAG AGATTAATGG AGGAATAA
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| Protein sequence | MNTIQKFQEL LKNLFQFESS DLDFGIYRIL NYKREMIEKF IEKDLVNKVE TAFARYKDKR
IEDIQQRLEE AKRKIIDTLG NSALTPTGEL KPEYKDTPVG KDYLSIKAQK EEAEKIDEIK
LQVFNDLYNF FSRYYEEGDF VPQYRYSIKG HKYAIPYNGE EVKLYWANAE QYYTKTGLLF
RDYAFFTDAS KSYKVLFRIV SAKEELGSNK ATKERFFILD DEKPVELEDK TLIIRFQYRE
LTDEEVKHYE VEGGSNTAKQ EKINQKSYEE ILNNLKELSL KGFLIQNKND KPLLLYHISR
FTAKNTKDYF IHKNLKKFLS EQLDYFIKSE VLDIETLEKE RFLDKHITRA KVVREIGSAI
IDFLSQIEDF QKRLWEKKKF VLKTDYVITM DRIKEWTDDE FYKELIDKVL RNKEQLEEWK
ELGFGDIKDE KDLEGKKFPL DTNYFDEEFK LKLLEKISEK YDLDDVLDGI LIKSENWQAL
NLLLNKYKEK VQTIYIDPPF NKEQDADYLY NVRYKDSTWI SMLENRLRLA RDLLSDKGSI
FVRCDYNGNM YVRLLMNEIF GEENFRNEIT IKRTEGKSRT EGLSYSIATE SLLFYAKSEK
QYFMIPSRKT DFYKNMLVLL ERLKKDEEKL EVVKNLFKEI FWIDLDHRPG ERTTSSVVNV
FGIEFKAPAG RHWLYNQNRI DEAIKKGKVR IVCVKCEVPY YSTISKCEIC GKKEFKIQIF
YDEESLTTNW TDEMSYAQSN FWGIKFPTEN SEILLKRVIE STSNQGDLVM DFFLGSGTTT
AVAHKLKRKW IGIEMGEHFW TVVLPRMKKV LAYDKSGISK EKDVKEKYNE KTAGGFFKYQ
ILEQYEDTLD NIELKENKKA LELFKDEYLL KYFLDYETRE SPYLLNMESL KDPFAYKLKV
NLSEVGEPQE MVVDIPETFN YLLGLKVKKI KARENDGKRY LFILGEKEGK NIAVVWRKYC
DDWNEEDFKK DKEFIGSELK EWQPSIVYVN GQSVLTPTMG EIRYIEPEFK RLMEE
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