KEGG   Anaerobutyricum hallii: EHLA_2426
Entry
EHLA_2426         CDS       T05310                                 
Name
(GenBank) DNA-directed DNA polymerase
  KO
K03763  DNA polymerase III subunit alpha, Gram-positive type [EC:2.7.7.7]
Organism
ehl  Anaerobutyricum hallii
Pathway
ehl03030  DNA replication
ehl03430  Mismatch repair
ehl03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:ehl00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    EHLA_2426
   03430 Mismatch repair
    EHLA_2426
   03440 Homologous recombination
    EHLA_2426
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:ehl03032]
    EHLA_2426
   03400 DNA repair and recombination proteins [BR:ehl03400]
    EHLA_2426
Enzymes [BR:ehl01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     EHLA_2426
DNA replication proteins [BR:ehl03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (bacterial)
    DNA polymerase III holoenzyme
     EHLA_2426
DNA repair and recombination proteins [BR:ehl03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    DNA polymerase III holoenzyme
     EHLA_2426
SSDB
Motif
Pfam: DNA_pol3_alpha RNase_T DNA_pol3_finger PHP HHH_6 DNA_pol3_a_NI DNA_pol3_a_NII Rv2179c-like DEDDh_C tRNA_anti-codon RNase_H_2
Other DBs
NCBI-ProteinID: SOB72980
UniProt: A0A285PZ07
Position
I:complement(2482577..2487028)
AA seq 1483 aa
MLEGQTFPEVFPDYTVPENLKYILSNAVVSKVVMKQQKRQLVIHLKSEHIIQRKVLNKVA
YDLKKELFGKTSVFISFDDTYELSAAYTLESITNDYWGSILHEVKNMGRVEYSLLANGEW
GFEGNIMTILLEDSFLARDKSRVLKEYMEHLFSHRFGKEIQVGFDFTDDAKQAFYKARNH
KLNLEVDMVMSQIKKVESEKKENGAEEGETPKEEKKHHNYSGNFFEERARRQEFSQRRRS
KDPDVIYGKDCDGEVVPLEEIVDEIGQVVVRGKILKMELREIRRERTIVSFHITDFTDTI
VGKIFIANNQLPEFLDLFEKGKFYKVKGMPRMDTFEHDLTLSSISGIKPIPDFTEKRMDK
SLEKRVELHLHTVMSDLDSVVDIKKVINQAKEWGHPAMAITDHGVLQAFPIANHCITMDE
PFKIIYGVEGYFVNDLKKLVTNDKGQTLFDDYVVFDLETTGFSPLHDAIIEIGAVKVSNG
EIADHYSVFVNPQRPIPLRITELTSIDDAMVADAGTIEEILPEFLEFCEGCSLVAHNAEF
DVSFIEENAKRQGFTTDFTVLDTVQMARLLLTDLNKFKLNTVCKRLNIKQEHHHRAVDDA
RVTAEVFLRFVEMLEEKDVHTLAKLNDMGAMSPDLIRKAPAYHGIILVKNDIGRVNLNRL
VSASHLDYFNRRPKMPESLIQKYREGLILGSACEAGELFQAIIRGKSEEELAELVRFYDY
LEIQPIGNNMFMLESDKYDAKTVEDLQNYNRKIVELGERYHKPVVATCDVHFLNPEDEQY
RRILMAGKGFSDADNQAPLYFRTTEEMLEEFAYLGEAKAKEVVITNTNKIADMIEKISPV
HPDKCPPVIPKSDETLTNICYDKAHEIYGPDLPDIVEERLQRELNSIISNGFAVMYIIAQ
KLVWDSNDHGYLVGSRGSVGSSFVATMAGITEVNPLSAHYICPKCHYVDFDSDAVKPYAK
KGMSGCDMPDRDCPVCGTPLQKEGHDIPFETFLGFKGNKEPDIDLNFSGEYQSKAHKYVE
VIFGEGKAFRAGTIGTLAEKTAYGYVYKYFEERDIHKRRCEMERLAEGCTGVKRTTGQHP
GGIIVVPHEYDIYDFTAIQHPANDVNTDIITTHFEYHSIDHNLLKLDILGHDDPTMIRRL
EDLTGMDATTIPLDDPEVMSLFHSTDILGITPEDIGGIEMGSLGVPEFGTEFVMQMLKDT
NPKCFSDLVRISGLSHGTDVWLGNAQTLIEEGKAEISTAICCRDDIMTYLINMGLDKEQS
FTIMESVRKGKGLKPEWEEEMTSHGVPDWYIWSCKKIKYMFPKAHAAAYVMMGWRVAWFK
VHKPLAYYAAYFGIRASAFSYEIMCRGKERLDIALSELLKTPKDQQTKKDQDTIRDGRIA
QEMYARGFTFMPIDIYKAKARECQIIDGKIMPPLSSVEGLGDKACEQVEEAAKHGPFTSL
ENFRNQAKVSKTNVDKMVELGILTGLPETDQLTFDFFMTQGSA
NT seq 4452 nt   +upstreamnt  +downstreamnt
atgcttgaaggacagacatttccagaagtatttccagattatacggttcctgagaattta
aaatatattttgtccaatgcagttgtttctaaagtagtaatgaagcagcagaaaaggcag
ttagtgattcatttaaagagtgaacatattatccagagaaaagttttaaataaagttgct
tacgatctcaaaaaggagctgtttggaaagacctctgtttttatttcatttgatgatacg
tatgagttatccgcagcgtatacactagaaagtattacaaatgattactggggcagtatt
cttcatgaagtaaagaacatgggacgtgtggaatacagtcttcttgcaaacggagaatgg
ggatttgaagggaatattatgacgattctcttagaagattcctttcttgcaagagataag
tcgcgggttttaaaagaatatatggaacatcttttttctcatcgttttggcaaagagatt
caggttgggttcgactttaccgatgatgcgaaacaggctttttataaggcgagaaatcat
aagctgaatctggaagtggatatggttatgagccagattaaaaaggtggaaagtgagaag
aaagagaacggagcggaagaaggggaaacgccaaaagaagaaaagaagcatcataattat
tccggtaatttctttgaagagcgggcaagaaggcaggaatttagccagagaagacggtct
aaagatccggatgttatttatgggaaggattgtgatggggaagttgttcctttggaggaa
atcgtggacgagatcggacaggttgtcgtgcgtggaaagattctgaagatggaactgagg
gaaatccgaagagagcgcacgatcgtcagctttcatattacggactttacagacacgatc
gttggaaagatatttattgccaacaaccagctcccggaatttttagatttatttgaaaaa
ggaaagttttataaagtaaagggaatgcctcgtatggatacctttgagcacgatctgacc
ctttcttctatttccggtattaagccgattcctgactttacagaaaaaagaatggataaa
agtcttgagaaacgtgtggaactgcatcttcataccgtaatgagcgatttagacagtgta
gttgacattaaaaaagtaatcaaccaggcaaaagaatggggacatccggcgatggcgatt
accgaccatggcgtattgcaggcattcccgatcgcaaatcactgtatcacgatggacgaa
ccatttaagattatttacggagtagagggatattttgtaaatgatttgaaaaagcttgtt
acgaacgataaaggacagacgcttttcgatgactatgtagtatttgatttggagactacc
ggttttagcccgctgcacgatgcgattatcgaaattggtgcggtgaaggtaagtaatggg
gaaatagcagaccattacagtgtgtttgtcaatccacagcggccgattcctctgcggatt
accgaactgacaagtattgatgatgcgatggttgcagatgcaggaacgattgaagagatt
ctgccggaatttctggaattttgcgaaggctgcagcctggttgcacataatgcagagttt
gatgtcagctttattgaagagaatgcaaagcggcagggatttacgaccgattttacggtg
cttgatacggtacagatggcaagactgctgcttacggatctgaataagtttaagttaaat
acagtatgtaagcgtttaaacattaagcaggaacatcatcacagagcagtggatgatgca
agggtaacggcagaagtctttcttcgttttgtggaaatgcttgaagaaaaggatgtgcat
acgcttgcaaagttaaatgatatgggagcgatgtccccggatctgattcggaaagcaccg
gcatatcatggaattatccttgtaaagaatgatatcggccgcgtcaatttgaatcgtttg
gtatcggcctcgcatcttgattattttaaccgtcgtccgaaaatgccggaaagtctcatt
caaaagtacagagaaggactgatcttaggttctgcctgcgaagccggagagttatttcag
gcgattattcggggaaagagcgaagaagaattagcagaactggtccgtttctatgattat
cttgagattcagccgatcggcaacaacatgtttatgcttgagagtgataagtatgatgca
aaaacagtagaagatctgcaaaattataaccggaagatcgtggaacttggcgagcgttat
cacaagccggttgttgcgacctgtgatgtacatttcctaaatccagaagatgagcagtac
cgccggattcttatggcaggaaaaggtttctccgatgcagataatcaggcaccgctgtat
tttagaacgacagaagaaatgctagaagagtttgcatatcttggggaggcaaaggcgaag
gaagttgttattacgaatacgaataagattgccgatatgatcgaaaagatatcgccggta
catccggataagtgtccaccggtcattccaaagtctgatgagacattaacaaatatttgt
tacgataaggcgcatgaaatctatggaccagatcttccagatatcgtagaagaacgactc
caaagagagttgaattccatcatatccaatggatttgccgtaatgtatatcatcgcgcag
aagcttgtgtgggattcaaatgaccatggatacctggtaggttcaagaggttcggtaggt
tcctctttcgtagcgacaatggcaggaatcacagaagttaatcctctgtctgcacattac
atttgcccgaaatgccattatgtagacttcgattcagatgcggtaaagccatatgcaaaa
aaaggtatgtccggatgcgatatgcctgaccgggactgtccggtctgcgggacaccttta
caaaaagaggggcatgatatcccatttgagaccttccttggatttaagggaaataaagag
ccggatatcgacttaaacttctctggagaatatcagtcaaaagcgcataaatatgtagaa
gttatttttggagaagggaaagcctttcgtgccggaactatcggtacacttgcagaaaaa
acagcctacggatatgtatacaagtattttgaagaaagagatattcacaaaagaagatgt
gagatggagcgtttagcggaaggctgtacgggagtaaaaagaacaaccggccagcatccg
ggaggaattatcgtagtaccacatgagtatgacatttatgactttacggcaatccagcat
ccggcaaatgatgtgaatacggatattattacgacacattttgagtaccattccatcgat
cataacttattaaagcttgatattctcggccatgatgatccaacaatgattcgaaggtta
gaagacttaacaggaatggatgcgacaacgattccgctcgatgatccggaagttatgtcg
ctgttccacagcaccgatattcttggaatcacaccggaagatatcggtggaatcgagatg
ggttctcttggtgtaccggagtttggtacagaattcgttatgcagatgttaaaagatacg
aatccaaagtgtttctctgatctggtacgtatttccggtctgtcccatggtacggacgta
tggcttggcaatgcacagacattaattgaagagggaaaagcggagatttctacagcaatc
tgttgtcgagacgatatcatgacctatcttatcaacatgggattagataaagagcagtcc
tttaccattatggaatccgtccgtaaaggaaaggggttaaagccggagtgggaagaagag
atgacttctcatggcgtgccggactggtatatctggtcttgtaaaaagattaaatatatg
ttcccgaaagcacatgccgctgcctacgttatgatgggatggcgtgtagcgtggtttaaa
gtacataagccactggcatattatgccgcctattttggtattcgtgcatccgcattttct
tatgagatcatgtgcagaggaaaggaacggttagatatagcactttcagaactgctgaaa
acaccaaaagatcagcagacgaagaaagaccaggatacgattcgtgatggaagaatcgcg
caggaaatgtatgcgagaggctttacattcatgccgattgacatttataaggcaaaagca
agagaatgtcagattatagacggtaagatcatgccgccgctttctagtgtggaaggactt
ggcgacaaggcatgtgagcaggtggaggaagcggcaaagcatggaccgtttacttccctt
gaaaactttagaaatcaggcaaaagtcagcaagacaaacgtagataagatggtggaactt
ggtatccttaccggattaccggaaaccgatcagcttacatttgatttctttatgacacaa
ggttccgcatga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (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 (11)   
   Pfam (11)   
All databases (24)   

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