KEGG   Natronobacterium gregoryi: Natgr_3510
Entry
Natgr_3510        CDS       T02383                                 
Name
(GenBank) type I restriction-modification system methyltransferase subunit
  KO
K03427  type I restriction enzyme M protein [EC:2.1.1.72]
Organism
nge  Natronobacterium gregoryi
Brite
KEGG Orthology (KO) [BR:nge00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02048 Prokaryotic defense system [BR:nge02048]
    Natgr_3510
Enzymes [BR:nge01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.72  site-specific DNA-methyltransferase (adenine-specific)
     Natgr_3510
Prokaryotic defense system [BR:nge02048]
 Restriction and modification system (R-M system)
  Type I R-M system
   Natgr_3510
SSDB
Motif
Pfam: N6_Mtase Eco57I MmeI_Mtase HSDR_N HSDR_N_2
Other DBs
NCBI-ProteinID: AFZ74629
UniProt: L0AMG5
Position
complement(3458347..3461286)
AA seq 979 aa
MSEADIHFDFYRYLENAIEEQPTRGDITFGHARPEYNEGISGRADLVVFDENGSPVFVIE
AKRPDGGRDIDPYAADVIRQAFGYAGDLGAPYFCTYNEERLVVFDAFEEGVPLLERSQKS
YEISDPEEFASTLLDEIGRLAAGDQRWDALDNIFIDRVNTLHEYVTPRLEDSMEEHLEQD
DEFNEDFKKWTSKQGIDYPGDNPSEVRREFAEQAAYLLINKIIFYKILESAPTYSQDVEP
LAVSPHRVQEDLRDYFDQIVDEVDFEAVFEHDDVYDEIPLDPVSSKIRDFIIELDEQDLS
QFDSDVIGQIYEGVIPAERRQDMGEYYTPPQICDLITRLTIEDESANVLDPSCGSGGFLV
SSYHRLQQLLSEPQGSHERILTQISGVEINRFPAHLSAINLAIQDLTSYTEDVDIEITDF
FDVKRYQRFERTRASAEGEETEGAETEEDLQEQVGGFDAVVGNPPYIRQENIDDKEKVRD
HLSNREIDGEYISKRSDIYSYFITHATEFLADGGKLGYIISDRWLDTKYGEDVQKFLLNN
YRINAIIKFDRQVFDDALVDSSVIILEKEDNEEERDDNITKFLRVTNEMDIDDIVTLVKS
ETDTNQMISEDNYRLVTRKQSSLYHESKWNTFFFGPPIYFDLQACPNVVELSEIAKVSRG
ITTGANAFFTGHTEDMHDLGLEPYTSPLLKATGQVETIPVTEEEASEWVILDVHDYVREA
LAGDADFGTTETEQVKEWLEENDHHPLLEYIESGEDDEYHERRTQQARDIWFDLGTLPRP
KLLSTMFTWRVHRVFWNDVEAATSDQFYYIEPPEDIDEEVLGGILNSRIVGIANELLGRR
AGGQGMTRLQTKVYETEQWPVPDPNNIDGDTKQDIKEAFQDLRNREEEVEDATFENTEEE
RDALDRAVLEALNLEGDNEELLSEVKQSLEALISMRDEGAGHKTTVLVERSERVDEDTGA
IELPGVEAARESTTLNDFS
NT seq 2940 nt   +upstreamnt  +downstreamnt
atgagtgaagctgatattcatttcgatttctacagatacctcgaaaacgcaattgaagaa
caaccaactcgtggtgacatcacattcggacatgcccgtccagaatacaatgaagggatt
tctggtcgtgcagaccttgtggtatttgatgaaaatgggagtccagtatttgttattgag
gctaaacgtccagacggtggccgagatattgacccttatgcagccgacgttatccgccaa
gcgtttggatacgcgggagacctcggagccccgtatttctgtacatacaatgaagagcga
ttagttgtctttgacgccttcgaagaaggtgtgccgttacttgagaggtcacagaaatca
tacgaaatttcggacccagaggagtttgcaagtacacttctcgatgaaattggtcgatta
gctgcgggcgaccagcgttgggacgcccttgacaacattttcattgaccgtgttaatacc
cttcatgagtacgtcactcctcgacttgaggattcaatggaggagcatttagaacaagat
gacgaattcaatgaggattttaaaaagtggacttctaaacaaggaatagattatcccgga
gataacccaagcgaagttcggagagaattcgctgaacaagccgcatatctcctaatcaac
aagataattttctacaagattctagagagtgctcctacatactcccaagatgtagagcca
ttggcggtgagccctcatcgtgttcaagaagaccttcgtgactacttcgaccaaattgtt
gatgaagtagactttgaagcggtattcgagcatgacgatgtatatgacgaaattccgctt
gaccctgtttcatcaaagattcgagacttcataatagaacttgacgaacaggacctcagt
caattcgacagcgacgttatcgggcaaatatatgaaggcgttatacctgccgaacgacgc
caagatatgggggagtactacaccccaccacaaatctgtgacttaattacgaggctaact
atcgaagatgagagtgctaacgtcctcgacccctcgtgtggtagtggtggttttcttgtt
agttcttaccaccgcctccaacaattattatctgaaccacaagggagccatgaacgaatc
ctcacccagatatctggagttgaaatcaatcggttcccagcccacctctcagcaattaat
ctcgccatccaagacttgacttcgtatacagaagacgttgatatcgagattactgacttc
ttcgacgtaaaacgctaccagcggtttgagagaacccgggcgagtgctgaaggtgaagaa
actgaaggagctgagactgaggaagaccttcaggaacaagttggaggttttgatgctgtt
gttgggaacccaccatacatccggcaggaaaacatcgatgacaaagagaaagtcagagac
caccttagcaaccgagagatagatggtgagtatatctcaaaacgctctgacatctattca
tacttcatcacacatgcgacggagttcctagcagacggtgggaagttaggatatatcatc
agtgaccgctggttagatacaaaatatggagaagacgttcagaagttcttgctaaacaat
tacagaataaatgctattatcaaatttgaccgacaagtgtttgacgacgcacttgtagac
tccagcgttatcatccttgaaaaagaagataatgaagaggagcgagacgacaatataaca
aaattcctccgggtgactaacgaaatggatattgatgatattgtcaccctagtcaaatct
gaaacagatacaaatcagatgatttcagaggataactaccgacttgttactcggaaacaa
tcttctctctatcatgagagcaaatggaatacattcttcttcggacctccaatctacttt
gacctccaagcttgccccaatgtggttgaactctctgaaatagctaaagtgagccgtggt
attacgaccggagctaacgctttctttacaggccatacggaagatatgcatgacctcgga
ctagagccatatacgagtccattgctcaaggcgactgggcaagtagaaacaattccagtc
accgaagaagaagcttctgagtgggttatcctagatgttcatgattacgtgagagaagct
cttgctggagatgcagatttcggaacaactgaaactgaacaagtaaaagagtggttggag
gagaacgaccatcaccctctccttgagtatatcgagagtggagaagatgacgaataccat
gaacgtagaacacaacaagctcgggatatctggtttgatttagggacgttacctcgtcca
aaacttctctctaccatgttcacatggagagtccaccgtgtcttctggaacgatgttgaa
gctgcgaccagtgaccaattctactacatcgaaccacccgaagatattgatgaagaagtc
ctcggaggaatactgaattcccggattgtcgggatagcgaatgaattacttgggcgtcga
gcaggtggccaagggatgactcgtctccaaacaaaagtatacgagactgaacaatggcct
gttccagacccgaacaatatcgacggagatacgaaacaggatatcaaagaagcgttccaa
gaccttcgaaaccgtgaagaagaggttgaagacgctacgttcgagaatactgaggaagaa
cgggatgcacttgaccgagccgttctcgaagcactcaatctcgaaggcgataatgaggag
cttctgagtgaagtaaagcagtctcttgaggcactaatcagtatgcgagatgaaggtgct
ggacacaagacgacagttctggtcgagagaagtgaacgtgttgacgaagatactggagct
atcgaactaccgggtgttgaagcagcccgtgagagtacgactctaaacgatttcagctaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (33)   

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