KEGG   Dokdonia sp. 4H-3-7-5: Krodi_1644
Entry
Krodi_1644        CDS       T01484                                 
Name
(GenBank) DNA polymerase III, alpha subunit
  KO
K14162  error-prone DNA polymerase [EC:2.7.7.7]
Organism
kdi  Dokdonia sp. 4H-3-7-5
Brite
KEGG Orthology (KO) [BR:kdi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:kdi03400]
    Krodi_1644
Enzymes [BR:kdi01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     Krodi_1644
DNA repair and recombination proteins [BR:kdi03400]
 Prokaryotic type
  TLS (translesion DNA synthesis) factors
   Other SOS response factors
    Krodi_1644
SSDB
Motif
Pfam: DNA_pol3_alpha DNA_pol3_finger HHH_6 PHP
Other DBs
NCBI-ProteinID: AEE19627
UniProt: F4B2M7
Position
complement(1870239..1873271)
AA seq 1010 aa
MYLNNHSYFSLRYGTISEEELLDLAIHEGCNHFALTDINNTSGCLNFVRRAKEKNIKPII
GVDFRNNTKQCYVALAMNNQGFLEINNYLSKHLHNKTPFPDQAPHFQNVIIIYPFENVME
LGKTTFTSNEYIGVRAKDIYKLKFSSLSSLTKKLVILHTVSFRDKRDFNTHRLLRAIDTN
VLLSTLPHTDQGSPNDLMYSRKEIAQVFKDYPSLIENTNNLLQECKIDFNFSKDKPSQNL
TTLLKSPEADYKKLLELCEKGLKDRYEVVDNIIKGRLKKELDLIKRLDYVAFFLINWKII
EYARSKDYYYVGRGSGANSIVAYLLRITDVDPIELDLYFERFMNLYRATPPDFDIDFSTW
DREDVTDYIFKEFKGNHQVALLGSYVTFKHSGAVRELGKVFGLPKYEIDKLSDGRYDPNS
LDDIKKLVLKYAQVLHGRPNYTSIHAAGILISSKPIHYFSATNLPPKGFPTVQFDMHIAE
DVGLYKFDILGQRGLGKIKDAVAIIKHNNPRVALPDIHNAKQFFTDDRINEMISQADCIG
CFYVESPAMRMLLKKLGVRDYLTLVAASSIIRPGVSKSGMMREYILRHKDPKRAEREGHP
VLLRIMPDTYGVMVYQEDVIKVAHHYAGLDLGEADVLRRGMSGKYRSREEFLQVKEKFKN
NCLAKGESIAVVNEVWRQIESFAGYAFAKGHSASYAVESYQSLYLKCYFPLEYMVATINN
GGGFYRTETYVHEAKKKGAIVHPPCINTSDIQTTIHGKDIYLGFQHLQTFEKKNIVLIIN
ARIDGPFKSLDDFLERVPISLDQLDLLIRVEAFRSIKDNQRSLLWEAHYKNNARPSIDNQ
KELFKVSITSFKLPEFYIPDVEKAFDQIEILSLSLYDPFILLESIPTIKILAKDLYLHLN
KTVEIYGYLVTANNTGTSNGNRMSFGTFLDYNGDWIDTVHFPPSLKKYPIQGKAVYKITG
KVVAEFDFITIEVTTLERQHYRSDTKTTAFYNPKGGPKDNDNHSPFKLIK
NT seq 3033 nt   +upstreamnt  +downstreamnt
atgtatctcaataatcactcttattttagtttaagatatggaacaatttctgaggaggaa
ttactagatctagcgatacatgaagggtgtaatcattttgcacttacagatattaataat
acatctggctgtctaaattttgtgcgtcgcgcaaaggaaaaaaacataaaacctatcata
ggtgtcgattttagaaacaatacaaaacagtgctacgttgcactcgcaatgaataaccaa
ggcttccttgaaataaacaactacttatcaaaacacttacataacaaaactccatttcct
gaccaagctccgcattttcaaaatgtaattattatttatccttttgaaaatgtaatggag
ttaggaaagacaacctttactagtaatgaatatataggtgtgcgagcaaaagatatttat
aagcttaaattttcttctcttagttcattaacaaaaaagttagttattctccatacagta
agctttcgcgataagcgagattttaacacgcatcgtttattaagagctatagatacaaat
gtattacttagcacgctcccacatacagatcagggaagtcctaatgacttgatgtactca
cgaaaagagattgctcaggtttttaaagactatccatcacttattgagaataccaataac
ctcttacaagaatgtaagatcgatttcaattttagcaaagataaaccctcacaaaactta
actacactattaaaaagtccagaagcagattacaaaaaacttctcgagctttgtgagaag
ggattaaaagatcgttatgaagttgtagataacatcatcaagggtcgattaaagaaagag
cttgatcttataaagcgattagattatgttgcattctttcttataaattggaaaattata
gaatatgctcgcagcaaagactattactatgttgggagaggtagtggtgcaaatagtatt
gtagcatacttattacgtattacagatgtagatcctatagaactcgatttatattttgaa
cgtttcatgaatctctatagagcaacacctccagattttgacattgatttttctacttgg
gaccgtgaggacgttacagactatatttttaaagagtttaaagggaatcatcaagttgca
ttgctaggctcttatgtcacatttaaacatagtggagcagtaagagaattaggtaaagta
tttggattgcctaagtatgaaattgacaaactaagcgatggtcgctatgatccaaatagt
ctagatgatataaaaaaactagttttgaaatatgcgcaggtattacatggtagacctaat
tatacgagtatacatgctgctggcatattgatttctagtaaacctattcattacttttct
gctacaaatctacctcctaaaggatttcctacggtacaatttgacatgcacatagcagaa
gatgtggggctttataaatttgatatcctaggacaacgtggtttaggtaaaataaaagat
gcagttgcaattataaaacataacaatcctagagttgcacttccagatatacacaacgca
aaacagttttttacagatgatcgcataaatgaaatgatctcacaagccgactgtataggc
tgtttttatgttgaatctccagctatgcgcatgctactcaaaaagctaggtgttcgcgac
tatttaacgctagtagccgcaagctccattatacgtcctggggtttcaaaaagcggtatg
atgcgtgagtatattttacgtcataaagatcctaaacgagcagaaagggaaggacatcct
gtgttattacgtatcatgccagatacctacggcgtgatggtatatcaggaagatgttatt
aaagtagctcatcattatgctggtttagatctaggtgaggcagatgtattgagacgaggc
atgagtggtaagtatagatcaagagaagagttcttacaagtaaaggaaaagtttaaaaac
aactgccttgcaaaaggagaatctatagcggttgtaaacgaggtatggcgtcagattgag
agctttgctggttacgctttcgcgaaaggtcattctgcttcctatgctgtagaatcctat
caaagtttatatcttaaatgttatttccctttagaatacatggtagcaaccattaataat
ggaggaggtttctatagaacagaaacatatgtgcatgaagccaaaaagaaaggtgcaatt
gtacatccaccatgtattaatactagcgatattcaaacaactatacatggaaaagatatt
tatttaggatttcaacatttacaaacgtttgaaaagaaaaatatagtgttgattataaat
gctcgcatagatggaccttttaaatcattagatgacttcttagagcgtgttcctataagt
ttagaccagttagacctacttataagagtagaagcttttaggagcataaaagataatcag
cgttctctattatgggaagctcattataagaacaatgctcggccatcaatagataaccaa
aaagagctgttcaaagtatcaatcactagctttaaattacctgaattctatattccagac
gtagaaaaagcatttgatcaaatagaaattctaagtctttcactgtacgacccattcatt
ttacttgagtctatacccacgataaaaattttagcaaaggacttgtatctccatttaaat
aaaacggtagagatttatggctatctagttacagcaaataatacaggcacctcaaatggc
aatcgcatgtccttcggtaccttcttagattataacggtgattggatagatactgttcac
tttcctccttcactaaagaaataccctatacaaggtaaagcagtttataagataactggt
aaagttgtagcagaatttgattttatcactattgaggtgacaacattagaaagacagcac
tatagatctgatactaaaactacggcattctataatcctaagggaggtccaaaagataat
gacaatcatagtccttttaagcttataaagtaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (47)   
   KEGG ORTHOLOGY (1)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (57)   

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