KEGG   Campylobacter jejuni subsp. doylei 269.97: JJD26997_0043
Entry
JJD26997_0043     CDS       T00573                                 
Name
(GenBank) type II restriction-modification enzyme
  KO
K07317  adenine-specific DNA-methyltransferase [EC:2.1.1.72]
Organism
cjd  Campylobacter jejuni subsp. doylei 269.97
Brite
KEGG Orthology (KO) [BR:cjd00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02048 Prokaryotic defense system [BR:cjd02048]
    JJD26997_0043
Enzymes [BR:cjd01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.72  site-specific DNA-methyltransferase (adenine-specific)
     JJD26997_0043
Prokaryotic defense system [BR:cjd02048]
 Restriction and modification system (R-M system)
  Type II R-M system
   DNA methyltransferases
    JJD26997_0043
SSDB
Motif
Pfam: Eco57I MmeI_Mtase TaqI_C FBO_C
Other DBs
NCBI-ProteinID: ABS43971
UniProt: A7H1C3
Position
49333..53091
AA seq 1252 aa
MKFEAINEKEFLNPYHRKKPILETELNEFIKTLKDYKINLENNLKNNEDSLVANALSKFF
ENLSFQCEVKSIHKGNSGIDLALKKDGLTQVIIEAKLPNSREFFSPSRPNCKALHECVLY
YLRERKALNSSLKHIIITDFYSFFIFKADLFEELFNKNKYFKEAFENFESKNSLFKGNTD
EIYKEFEKILNGDSTLKGLFVDLKPILEQDKLSFSKLKPLFKIFSKDCLLSEFNPNDANS
LNNAFYKELLYILGLCESKQNSKLIIAKSEESKEEQGTFYTAINSKLKEENFETILKLLI
LWLNRILFLKLIESNLVRFNDDKNLKFLNFKKIPDFDKLSELFFEVLAKEKSTRKKSEFA
YLPYLNSSLFEKQSIENTLEISSLSNDLKLFYYKNTVLKDDKCKAKKGQVGLLEYLFEFL
DSFDFGSDDEQSEILSQKELISSSVLGNVFEKLNGYKEGSFYTPSFITSYMCKESITKVV
LDKFNAQFDLDAKNISELRNFLRKEDKKAQKELLNSIKICDPAVGSGHFLVSALNVMLSI
YDELNLFDEEFYLEVQNDEILITGRKGKFIEYKRPNTPKDKAHLIQQELFHTKKDIIENN
LFGVDINPNSCEITKLRLWIELLKHSFYQSFDDENYHDLKTLPNIDINIKCGNSLVSYFE
TGKSLSHYPNIKERMGKYKRIVKDYKEGFYTDKSHINQEIKNLKISFKNFCFADKFKKEM
KGFNDKCEKYSKKYGNFLAVDDENLKFFVSANLTLFDFDEKEATKEFANLKKEYDNIFNL
ESNHPFEWRFEFPEILDDDGNFKGFDLIIGNPPYIKEAENKELFANTKKLRTYQGKMDIW
YHFVGRGFDMLKNNGYLAFIATNNWITNSGAKKLRNIVLEESQILSLVDFSSFMVFDSAS
IQTMIMQFQKIKPPKNYEFHFAKITTQTPIYEDALSLLKNEKTQNNEILKINLTPKKFID
KTLNFTKSDYEELFNKIQKYGKFYLEEREVANGIHPHYDFINNRINSNHNFAFKTGQGIF
GLSEEEKEKLKLTKLENNLVKPYYDTQNFLKFFFKKNNHQWLIYTNSSFKNPNSMDNYPN
LKKHLDKFQNVITSDNKPYGLHRARDEKFFTGSPRIVALRKCVGEPKFSYVDFDCYVSAT
FYVIKTQRINVKYLTAILNSKLIAFWLKHKGKMQGNNYQIDKEPLLNIPIVTINSKNQKI
ADEFINLVDEILKAKEQDKNANTQELENKINSLVYKLYNLNEEEIKIIENKE
NT seq 3759 nt   +upstreamnt  +downstreamnt
atgaaatttgaagctataaatgaaaaagaatttttaaatccctaccaccgcaaaaagcct
atcttagaaacagaactaaacgaatttatcaaaactttaaaagactataaaataaattta
gaaaacaatctcaaaaacaacgaagattcccttgtagcaaacgctcttagcaaatttttt
gaaaatttatcttttcaatgcgaagtcaaaagcatacacaaaggcaacagcggtatagac
ttagccttaaaaaaagatggccttacccaagtcatcatcgaagcaaaattgcctaattct
agagaattttttagcccaagtagacctaactgcaaggctttgcatgagtgcgttttatac
tatcttcgcgaaagaaaagcgttaaattcatcgcttaagcacatcatcatcacggatttt
tatagcttttttatctttaaggcggatttgtttgaagaactttttaacaaaaacaagtat
tttaaagaagcttttgaaaattttgaaagcaaaaactcgctttttaaaggcaataccgac
gaaatttataaagaatttgaaaaaattttaaatggcgatagcactttaaaagggcttttt
gtggatttaaaacctatcttagaacaagataaattaagctttagtaagcttaagcctttg
tttaaaatttttagcaaggattgtttgctaagtgagtttaaccccaacgatgcaaattca
ctcaacaacgctttttacaaagaacttttatacatcttagggctttgcgaaagtaaacaa
aactcaaaactcatcatcgcaaaaagcgaagaaagcaaagaagagcaaggaactttctac
accgctataaactctaaacttaaagaagaaaattttgaaaccatcttaaaacttttgatc
ttatggcttaatcgcattttgtttttaaagcttatagagtcaaatttggtgcgttttaat
gatgataaaaatttgaaatttttaaatttcaaaaaaatccctgattttgacaagcttagt
gaacttttctttgaagttttagccaaagaaaaaagcacaagaaagaaaagcgaatttgcc
tatctgccttatctaaattcttctttgtttgaaaaacaaagcatagaaaacacacttgaa
atttcaagcttaagcaatgacttaaagcttttttactataaaaacaccgtgctaaaagat
gataaatgcaaggctaaaaaaggacaagtggggcttttggaatacttgtttgaatttttg
gatagctttgattttggtagtgatgatgagcaaagcgaaattttaagccaaaaagaactc
ataagctcaagcgttttgggaaatgtgtttgaaaaactcaatggctacaaagaaggaagc
ttttacacgccaagctttatcacttcttatatgtgtaaagaaagcatcacaaaagttgtg
cttgataaattcaacgctcaatttgatcttgatgctaaaaatataagcgagctaagaaat
tttttaagaaaagaagacaaaaaagcacaaaaagagcttttaaattccataaaaatttgc
gatcctgcggtgggaagtgggcattttttggtttctgctttaaatgttatgttaagcatt
tatgatgagctaaatctttttgatgaagagttttacctagaagtgcaaaacgatgaaatt
ctcatcacgggtagaaaaggcaagtttatagagtataaacgcccaaacacgcctaaagat
aaagcccatcttatccaacaagaactttttcacaccaaaaaagacatcatagaaaacaac
ctttttggcgtcgatatcaaccccaactcatgtgagatcaccaagctaaggctttggata
gagcttttaaaacatagcttttatcaaagctttgatgatgagaattatcacgatcttaaa
accctgccaaatatcgatataaacataaaatgcggaaattctttggtatcttactttgaa
acaggcaaaagtctaagccactaccctaacatcaaagaacgtatgggcaaatacaaacgc
atagtaaaagactataaagaaggcttttatacagataaaagccacatcaaccaagagata
aaaaatctcaaaatttcttttaaaaatttctgctttgcggataaatttaaaaaagaaatg
aaaggctttaatgataaatgcgaaaaatactctaaaaaatacggaaatttcttagccgta
gatgatgaaaatttgaaattctttgttagtgcgaatttgactctttttgattttgatgaa
aaagaagccacaaaagaatttgcaaatcttaaaaaagaatacgacaatatcttcaaccta
gaaagcaatcatccttttgaatggcgttttgaattccctgaaattttggacgatgatgga
aatttcaaaggctttgatctcatcatcggcaatccaccttatataaaagaagccgaaaat
aaagaactttttgctaatacaaaaaagctaagaacttatcaaggaaaaatggatatttgg
tatcattttgtagggcgtggatttgatatgttaaaaaataatggatatttagcatttatc
gctactaataattggattacaaattcaggagctaaaaaactacgcaatatagttttagaa
gaatcccaaattttaagccttgttgattttagttcttttatggtgtttgattctgcaagt
atacaaacgatgataatgcaatttcaaaaaataaaaccgcctaaaaattacgaatttcat
tttgctaaaatcacaacccaaactccaatttatgaagatgctctaagtcttttaaaaaat
gaaaaaacccaaaacaatgaaattctaaagataaatttaactccaaaaaaattcatagat
aaaactttaaattttacaaaaagtgattatgaagaacttttcaataaaattcaaaaatat
gggaaattttatcttgaagaaagggaagtagcaaatggaatacatccacattatgatttt
ataaataatagaattaatagtaatcataattttgcttttaaaacagggcagggtattttt
ggtttgagcgaagaggaaaaagagaaactaaaattaacaaaattagaaaataatcttgta
aaaccttattatgatactcaaaattttttaaagttcttttttaaaaaaaataatcatcaa
tggcttatttatacaaattcatcttttaaaaatccaaattctatggataattatccgaat
ttaaaaaaacatttagataaatttcaaaatgttatcacttctgataataaaccttatggt
ttgcaccgagcaagagatgaaaaattttttacaggaagtcctagaatagtagcacttaga
aaatgcgtaggtgagcctaaatttagctatgttgattttgattgttatgtgtcagcaact
ttttatgtgattaaaactcaaagaattaatgttaaatatttaactgctattttaaattca
aagcttatagcattttggttgaaacataaaggaaaaatgcaaggcaataattatcaaatt
gacaaagagcctttactaaatatccctatagtaactataaattccaaaaatcaaaaaata
gctgatgagtttataaatttagtcgatgagattttaaaagccaaagaacaagacaaaaac
gcaaatacccaagagttagaaaacaaaatcaattctttggtttataaactttacaaccta
aacgaagaagaaataaaaatcatagaaaacaaggagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (13)   

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