| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PG1469 |
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| Symbol | |
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| ID | 2553256 |
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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 | Porphyromonas gingivalis W83 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002950 |
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| Strand | - |
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| Start bp | 1545080 |
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| End bp | 1548088 |
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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 | 33% |
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| IMG OID | 637150113 |
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| Product | type I restriction-modification system, M subunit, putative |
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| Protein accession | NP_905615 |
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| Protein GI | 34541136 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0286] Type I restriction-modification system methyltransferase subunit |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 20 |
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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 | ATGAGTACAA ATTTTTTCTA TAAGAAATTA GGCTATGAGC ATTTAGTGAG ATGTTCAGGA
ATAACGACCT CTAATCCTGA ATACCAGGAG TTGGGAAAAA TTGGTGCAGA TAAGGTTTAT
TTTTCAGGGG ATTTTCCTGC CATTCTTTTT AAAGAAGTCG AGGCATTCGA TATATACGCT
TTAACACAAA TTGCCCAAAT TCAACATAAA GCATGGAACT ATCGAAAAAT CATGTTTCTT
TTTGTCGTAT CAGACACTGA GATTCGGATT TACAATTGTC ACGAAAAGCC CAGGTTCATA
AAGTCTGATT CTGACTATGA AAAGGAATTA AGCCCCTATC AGATTTTTAG AAGCACAAAA
GAAGATGAGG CAAGTTTAAA AATTTTAGTT GAGATTTTTT CTCGCATAGG CGTTGACAGT
GGTTTACTAT GGACAAGCGA CTACAATCTT CGTGATGAAA TTAATGTTCA GAAGAGAATA
GATAGGTATT TAGTAGAAAG TTTGCTGAGA ACGGCCGATG CATTAAAAGA GGATATTACA
GACACTAATA TTATTCATGG ATTACTCATG CGCTCTCTTT TTATCTTATA TCTTGAAGAT
AAAGGGGCTG CGAAAGAAGC AGGGTTATAC AGAGAAATCA GGAAGGATGC GGAAAGTTAT
TTCGATATTT TAGATGATGT AGATGCTACA TATAAGTTGT TTGCTAAATT GCAAGACCAT
TTTAATGGTA ACGTTTTCCC AATAATTGAA GATGAACAAT CGAAAGTAAA AAAAGAACAC
TTAGAAAAAA TAAAAAAATG TTTCATCGAT GGAGATATTT CAGGACAACC GAAGCTGTTT
GAAAATTGGA GAATATTCAA ATTTGATTTT ATCCAAATAG AATTATTGAG TGAGGTATAC
GAAAACTTTC TTGGCGAACT TGATACAAAA AAAGAAAAAG GACAATTCTA TACTCCATAT
ACTTTGGTAG AATTAATTCT AAACGACAAA TTGCCAATCA AAAATGAAAC AAATTACAAT
GTTAAAATTT TAGATCCGGC TTGTGGTTCT GGAATTTTCT TAGTCGAAAG TTATAAAAGA
CTTATTAGGA GATGGAAAAA TAAAAATCCA GAGAAGGTCA TAACCTTCAA AGAACTTAAT
GATATACTTG TAAAAAACAT CTTTGGAATC GAAATAGATC CATTAGCTAT TAAAGTAACA
GCTTTCAGCC TATATTTGGC ATTAGTTGAG CATCTTAACC CCAAGAAACT CTGGATAGAC
AAAACCAATA AATTCCCTTA TTTGATAGAT AATCCTAACG ATATTTCAAT TAAAGAAAAA
AAAGGAAAAA ATCTGTGGTG TCGGGATACT ATTGGGGAAG TGAATCCTGA TGATTTTGAA
AAGGTGAATT TGGTTATTGG GAACCCACCT TTTGGGACTA AGAAATTGTC AAAATCGATA
ATGGACTATT GTGTCAAATA TAATTTTGGC AAAGAGATGG TTTTACCATT TCTACATAAA
TCCATTGAGT TTTGTCCTGA TGGAGAAATT GCTTTAATTT TTAATACAAA AGTGCTTACC
AACACAAAAA AAACTTACCA GAATTTTAGG CACTGGCTAT TAAATGAGAA CTATGTAGAA
AAACTCTATA ATTTATCTAT ATTTAGGAAA TCGCCGAGAA ACTTTGGAGG ACAACTATTT
ACTTCTGCAA TAGGTCCAAT ATGCATTATC TATTTTCAAG CAAAAACACC ACCTAAGGCG
TCTAATACAA TTGAGTATTG GGCTCCTAAG ACCTACGTTA AATCCAACTT AATTGATGGG
GTATTAGTTG ATTCTACAGA TATCAAATTT CTCCCACGAA CGGAGTGCCA AATTCCAAAC
AGTAAAATAT GGAAAATAGC CATGTGGGGC AATATTGCAG ATTATAATCT AATAAAACGC
CTATCCAACA CCTATCCTTC TTTACAAAGG AGTTTTAAAG ATAAAGTTGT CTATGGTGTT
GGATTAGAAA CAAGTGTTCC TTGCAAAAAA ACAGATGAAA ATATCAAATT AATTCCTCAT
CACACATCAA AAACAATCAA ACGTTTTTAT ACACCTATTA ACTTTGGTAC TAGAATAACA
AATTCCTTTT TCAGAAGATT AGGATATGTT GATGCATATA GGGCTCCTCA CCTATTATTG
AATGAGGGAG TCCAGAAAAA TAAACTCACG GCTTCTTTTT TGGATTACGA TTGTTCTTAT
TTTAAGGGAA TCGTAGGTAT TATTTCCGAA AAATCTGATG AAAATATTTT GAAACTAACT
TGCGCATTTT TAAATTCATC ATTTGCTCAA TATTATGCTT TTATGACAAC TTCTTCATGG
GGTATTGAGA GAGATGTTGT TAAACATCAA GAATTATTCA CCATTCCTTT CATCATAGAA
AACTTCACCG AGCAAAAAAA GCAAACAATT ATTTCATTAT TGGATAGTGT TATTAAGAAG
CAATCCCAAA TATCTTTTGG GGATTATTTG GAGCTTGAAG ATAATATTAA TACCATTCTT
CTCGATGATT TAACAGAAAA AGATAGAATT ATTATAACGG ACTCTCTTCG ACAGATAGAC
CTCTTCCAAA AAGGGAGTAA ATCAAAGTTG CTAAGGCACA CAACTAATAA TGAAAATTTG
GCCTATGCCG AGATTTTAAA ACAAGAGCTG AATGATTTTT ATTCCGGCAC TGGCCATGGA
ATTAATATAG CTGTATATGA TGTGCAGCGA CATGACCCTT TAAACTTGGT GACATTGCAT
TTCTGCAAAA AAGAAAAACC TATTGAAATA AAGCAGACGA ATGAACTATC TTCCTTGCTT
AAAGAATTAG ACAAGTATTC TATTCAAGAA AAAGGTAAAA ATATATATGT ACAAAAACAA
TTCAGATATT ACGATAGGGA TAAAATATAT TTGATTAAGC CAAATCAGAA GCGTTTTTGG
ACACGTTCAC AGGCTATTGA TGATGCCCTC TCGCTCATCG TTGAAATTGC AAATTTGGGA
ACAAAATGA
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| Protein sequence | MSTNFFYKKL GYEHLVRCSG ITTSNPEYQE LGKIGADKVY FSGDFPAILF KEVEAFDIYA
LTQIAQIQHK AWNYRKIMFL FVVSDTEIRI YNCHEKPRFI KSDSDYEKEL SPYQIFRSTK
EDEASLKILV EIFSRIGVDS GLLWTSDYNL RDEINVQKRI DRYLVESLLR TADALKEDIT
DTNIIHGLLM RSLFILYLED KGAAKEAGLY REIRKDAESY FDILDDVDAT YKLFAKLQDH
FNGNVFPIIE DEQSKVKKEH LEKIKKCFID GDISGQPKLF ENWRIFKFDF IQIELLSEVY
ENFLGELDTK KEKGQFYTPY TLVELILNDK LPIKNETNYN VKILDPACGS GIFLVESYKR
LIRRWKNKNP EKVITFKELN DILVKNIFGI EIDPLAIKVT AFSLYLALVE HLNPKKLWID
KTNKFPYLID NPNDISIKEK KGKNLWCRDT IGEVNPDDFE KVNLVIGNPP FGTKKLSKSI
MDYCVKYNFG KEMVLPFLHK SIEFCPDGEI ALIFNTKVLT NTKKTYQNFR HWLLNENYVE
KLYNLSIFRK SPRNFGGQLF TSAIGPICII YFQAKTPPKA SNTIEYWAPK TYVKSNLIDG
VLVDSTDIKF LPRTECQIPN SKIWKIAMWG NIADYNLIKR LSNTYPSLQR SFKDKVVYGV
GLETSVPCKK TDENIKLIPH HTSKTIKRFY TPINFGTRIT NSFFRRLGYV DAYRAPHLLL
NEGVQKNKLT ASFLDYDCSY FKGIVGIISE KSDENILKLT CAFLNSSFAQ YYAFMTTSSW
GIERDVVKHQ ELFTIPFIIE NFTEQKKQTI ISLLDSVIKK QSQISFGDYL ELEDNINTIL
LDDLTEKDRI IITDSLRQID LFQKGSKSKL LRHTTNNENL AYAEILKQEL NDFYSGTGHG
INIAVYDVQR HDPLNLVTLH FCKKEKPIEI KQTNELSSLL KELDKYSIQE KGKNIYVQKQ
FRYYDRDKIY LIKPNQKRFW TRSQAIDDAL SLIVEIANLG TK
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