KEGG   Archaeoglobus sulfaticallidus: Asulf_01170
Entry
Asulf_01170       CDS       T02642                                 
Name
(GenBank) type I site-specific deoxyribonuclease, HsdR family
  KO
K01153  type I restriction enzyme, R subunit [EC:3.1.21.3]
Organism
ast  Archaeoglobus sulfaticallidus
Brite
KEGG Orthology (KO) [BR:ast00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02048 Prokaryotic defense system [BR:ast02048]
    Asulf_01170
Enzymes [BR:ast01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.21  Endodeoxyribonucleases producing 5'-phosphomonoesters
    3.1.21.3  type I site-specific deoxyribonuclease
     Asulf_01170
Prokaryotic defense system [BR:ast02048]
 Restriction and modification system (R-M system)
  Type I R-M system
   Asulf_01170
SSDB
Motif
Pfam: SWI2_SNF2 HSDR_N ResIII Helicase_C ETC_C1_NDUFA5 MinC_N
Other DBs
NCBI-ProteinID: AGK61169
UniProt: N0BC19
Position
complement(1068174..1071074)
AA seq 966 aa
MRKEKSQSEDYLSEILESYGWKQKRLKPDILALDEFVDALKRLNDVSEEDIKEVLNFLET
RSFDVEGSMQILDVIKRGVTIKDSEGNLKTIRLIDYDNLEANSLVFSRQVSFRDAVIPDI
TLFVNGIPLAVIECKKMAKSWKEGYSQIKRYEQSVPELFKYVQIGVSFADKLVYFPIVRW
AENVPVYEWKPQFDILKPEILLDVVRYFTFYREQDGEITKVLPRYMQYRAVNAIVERAVS
YAKGLTDRNKGLIWHWQGTGKTLTMTFSAVKIRDLLGNPSIFFIVDRVELQKQLSDELKG
LKISCEVIESIGHLKEVLSHADGKRGFFITLIHKFREEELAKLREQMEKQHWSIMKRKDV
ICLIDEGHRTQYGELAASMRGILKNASFFAFTGTPIAKKGRDTYSAFGYPDEPYLDRYFI
LDSINDGFTVKIAYQSRLDDVHLDRENLEIFLSSKLEEIPEEYREKVEQDLKRKLNKVKV
ILEDRNRIERIARDIASHYIKYVKPFKAMVVAVSRNACLYYKQALDKFLNENETEIVMTF
QQNDSRELLNYLEKLRKKYGKNELKEIHEEIITRFKKKENPKILIVTDMLLTGFDAPILQ
TLYLDKPLKEHRLLQAIARTNRPFIKNGENLKGAGLVVDYVGIFKFLKKAFEMYEEEDVR
GAAYSMEEIKEELRKKIEQAFNFFDFELSYDRDVIDRAVLVISNNIDEFRKLYFEIRNLY
RLLLEDKLEFKEKFDLLSEIYHVYLQRENQLDAEIEQKKDQFYKEALKFIHETIDVQKIK
KDYPVVVIDDDFIRRIKSEKGTRRFYDLLFPVKNYAKDISDESIVERVDRIVRDWNERRR
DIDELYEELLSIAEVINKERKEREKLKLNEKEYRVFKLLKSHLTDKTDDTELVNAVKEIM
ERVDSITFHRWFEKSGVVQEVERSILLYLIEKMGGKLDDITTTRNEIVRFLVNQAEKEAK
TKSWKN
NT seq 2901 nt   +upstreamnt  +downstreamnt
gtgaggaaagaaaaatctcaatctgaagattatctttcggaaatactcgagtcttatggc
tggaagcagaaaaggctgaagcctgacattctcgcattagatgagtttgttgatgctttg
aaaaggctgaacgatgttagtgaggaagacatcaaagaggttctgaacttcctcgaaacc
cgttcctttgatgttgagggctcaatgcagatacttgatgtgatcaagaggggtgtaacg
ataaaggattctgaaggcaaccttaaaacgatcaggctgatagattacgataatcttgaa
gctaacagcctcgttttctcaaggcaggtgagctttagagatgcagtaatcccggacatc
actctgtttgttaacggaattcctcttgctgttattgagtgcaagaaaatggcaaagagc
tggaaggagggatattctcagataaagaggtatgagcaatctgttcccgagcttttcaag
tatgttcagattggtgtgagctttgcagataagcttgtttacttcccgattgtcaggtgg
gctgaaaacgttcccgtctatgagtggaaaccgcagttcgatattctgaaacctgagatt
cttcttgatgttgtaagatacttcacgttctaccgtgagcaagacggagagataaccaag
gttctgccgagatacatgcaatacagggcggtgaatgccattgttgagagagcggtgagc
tatgccaagggattgactgatagaaacaagggattgatctggcactggcagggaacgggc
aaaacgcttacaatgacattctcagcggtgaaaatcagggatttgcttggcaatccgagc
attttcttcatagttgacagggtagagttgcagaaacagttatccgatgaactgaagggg
ttgaaaatcagctgtgaggtgattgagagcattggtcaccttaaagaagttcttagccat
gctgacggtaagcgtggcttctttatcaccctcatccacaagttcagagaggaagagctt
gcgaagttaagagagcagatggagaaacagcactggagcataatgaagaggaaggacgtg
atctgcctgatagacgaggggcacagaactcagtatggtgagcttgcagccagcatgaga
ggaatactgaagaatgcgagctttttcgccttcactggcacaccgatagcaaagaagggc
agagatacatattcagccttcggctatccagatgaaccttacctcgatcgctacttcata
cttgattcgattaatgacggcttcacggtaaagatcgcctatcagtcaaggcttgatgat
gttcacctcgatagagaaaatctggagatcttcctttcatccaagcttgaggaaattcca
gaagagtatagagagaaggttgagcaggatttgaagagaaagctcaacaaggttaaggta
attcttgaagatagaaacaggatcgagagaatagcgagggatatagctagccattacatc
aaatacgtcaagccttttaaggctatggttgttgcggtgagcagaaacgcatgcctgtat
tacaagcaagcccttgacaagttcctgaacgagaatgaaactgagatcgtgatgacattc
cagcagaacgattcaagggaactgctgaactatcttgaaaagctcaggaagaaatatgga
aagaacgagctgaaggaaattcatgaggaaatcataacgagattcaagaagaaggagaat
ccaaagatactcatcgttacagacatgctcctcacgggttttgatgctccaatactgcaa
acattatacctcgataagccattaaaggaacacagattgcttcaggcgatagcgagaacc
aacaggccattcatcaaaaatggagagaatctgaagggtgcaggtttggttgttgattat
gttggaatcttcaagtttctaaagaaagcctttgagatgtatgaggaagaggatgttaga
ggagcggcatacagcatggaagagataaaggaggagttgaggaagaagatagaacaggct
ttcaactttttcgatttcgagctgagctatgatagggatgttattgacagagcggttctt
gttatctcaaacaacattgatgaattcagaaagctctactttgaaatcaggaatctctat
agacttctacttgaagataaacttgaattcaaggaaaaattcgatcttctcagcgaaatc
tatcacgtttacctgcagagggaaaatcaacttgatgctgaaatcgagcagaaaaaggat
cagttttacaaagaggccttgaaattcatccacgaaactattgatgtgcagaagataaag
aaagattatccggttgttgttatagatgatgatttcatcaggcggataaaatcagaaaaa
ggtacaagaagattttatgatcttcttttcccagtaaagaattacgccaaggacatctct
gatgagagtattgttgagagagttgatagaatcgtgcgagactggaatgaaaggaggaga
gatattgatgagctttacgaagaacttctatctattgctgaggttatcaacaaggaaaga
aaggaaagagagaaactcaagctaaatgagaaagaatacagagttttcaagcttctcaaa
tctcacctaaccgataaaacagacgatactgagcttgtgaacgctgttaaagaaataatg
gaaagagttgattcgataacattccacagatggtttgagaagagtggggttgtgcaggag
gttgaaaggagtattctgctatacctcatagaaaaaatgggtggaaagcttgatgatatt
acaaccacaagaaatgagattgttcgctttcttgtaaatcaggctgaaaaggaagcaaaa
actaaaagctggaaaaattag

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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 (6)   
   Pfam (6)   
All databases (15)   

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