KEGG   Clavispora lusitaniae CBS 6936: A9F13_16g00880
Entry
A9F13_16g00880    CDS       T05147                                 
Name
(GenBank) putative DNA polymerase
  KO
K02320  DNA polymerase alpha subunit A [EC:2.7.7.7]
Organism
clus  Clavispora lusitaniae CBS 6936
Pathway
clus03030  DNA replication
Brite
KEGG Orthology (KO) [BR:clus00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    A9F13_16g00880
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:clus03032]
    A9F13_16g00880
Enzymes [BR:clus01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     A9F13_16g00880
DNA replication proteins [BR:clus03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase alpha / primase complex
    A9F13_16g00880
SSDB
Motif
Pfam: DNA_pol_B zf-DNA_Pol DNA_pol_B_exo1 DNA_pol_alpha_N DNA_pol_B_2
Other DBs
NCBI-ProteinID: OVF06987
UniProt: A0AA91PXI7
AA seq 1431 aa
MSARKAKLDKFKKLREARRTGRIDASDDEDASIYDEVDEDTFRQHKRDQLMNDDFIVDDN
GEGYVDNGVDEWDDATRPNYYSDEEAEAGPSRKRSKTHKVAKVTRTAEIDNFFAPAQTVS
APAAPKAPQASVDDILDDFVAPKSRVSKNRAFTSFGRNQVKTERSAGPFGRSRTSAPRKE
PKFASSSPANTLDMQDFDDFNTAEDNGTNPHDETTDTPSTVTTASSAQNESAKQASLASS
PEPQAPESDSDEEVVVRRRAAAPARAHTASVTAVKAEAVVSPSRNSLAFTSSVPSSQPKV
ELDAVSSDDKLRMFWLDYAEADGSLLLFGKVLTPEGSLVSAMVQVHDMCRELYVLPRDNV
SPMDVHAELVPILMEQFGLERLRAKPETRKYAFELPDVPKEADYLKVLLPFKTKKNQHVV
MPSELEGETFRRIFGTNTNVFESFVTQRNIMGPCWLDIRTSGCSPLQNASHCQFEAAISS
PECISPVTNGSPAPNLTTTSISVQTVMNVKANRQEVVCVSLATYRDLPQDSPIAENTQPN
ELVTLVRPVGLNYPPGLQKAADAQNLNVRLLPNEKSLLSCLTALIKNADPDILVGHRLEN
ISLDVLVHRMHDLKVPTWSTMGRRHRKSWPDKFGKSSAFSNNLLIREIFQGRLLCDIANE
LGQSLTPKCQSWDLSEMYNVVCHQNHPALEINFQNPRYIEDASFWLMPLKENISQVLISA
QISFALQILSLSKQLTNLAGNAWSHTLSGTRAGRNEFILLHEFRRNNYIVPDKEGKFHKN
TSHQQDARIEATEDDATTVTSNKKPKYQGGLVFEPEKGLHKNYILVMDFNSLYPSIIQEF
NICFTTVERDAYNTTHDEERDLPEIPERDSDQGVLPRLLNTLVSRRREVKKLLKDPKISA
AERAQYDIKQQALKLTANSMYGCLGYVNSRFYAKPLAMLVTNKGREILMDTRQLAESIGL
RVVYGDTDSVMIDTGATSMAEALKIGEEFKVQVNERYKLLEIDTDNVFKRLLLHAKKKYA
AMNVTLDRKTGKEITSLEVKGLDMRRREYCSLSKEISTFVLEKLLSDIDPEEALSQVYGY
LETTSAKIRANEFPVDKYSINTRLSKDPTSYPNGKTMPPVQVALRLRKQGKVVKAGSVIT
FIITAPKEGEESASPAERARAIQEVLGDRTNFKPDSEYYLEKQIYAPVERLVNKIEGVDM
LRIASSLGIDTKKYAMRLRNTEGAEHEILPLESNISDVERFRQASYFVLTCKCGAKFRFG
GIMASKDYKVTFNGVCCAKCDYVFPVLRLTSQLEAAIRKHLSLYYAGWLVCDDSACGIKT
RQISVYGKRCIGASGKAHGCKGVMSYKYSDKALYNQLLYFDAIFDVSKAQKNQLRPIVYD
VPVNPMSEGQLNALAEQNKVNFGYCREVVDQYLKVCGRRYVNMGNIFDFMV
NT seq 4296 nt   +upstreamnt  +downstreamnt
atgctggccagaaaagcgaaactagacaagttcaaaaaactacgtgaagctcggcggacg
ggccgtatcgacgcgtcggacgacgaagacgcgtcaatctatgacgaggtggacgaagac
accttcagacaacacaagcgcgatcagcttatgaatgatgatttcattgtggacgataac
ggagaaggttatgtggacaacggagtggacgaatgggacgacgccacgcgaccaaactac
tactcggacgaagaagccgaggccgggccgctgcggaagcgctcgaaaacccacaaagtc
gccaaagtgacgcggacggcagaaatcgacaactttttcgctccagcacaaacagttctg
gcgcctgcggcacccaaggctccacaggcttctgtggatgacattcttgacgactttgtg
gcgcccaagagccgcgtttcaaaaaacagagcatttacatctttcggacgcaaccaagtg
aaaacagagcgttccgccggcccttttgggcggctgcgcacttcagcacctcggaaagag
cccaaattcgcctcttcttctccagctaacactttagacatgcaagacttcgatgacttc
aataccgctgaagataatggtaccaaccctcatgacgaaactaccgacacacccagcacc
gttaccactgcttctctggcgcagaatgaatccgcaaaacaagctagccttgcctcgtcg
cctgagccacaagcgccggaaagtgacagtgatgaagaagtcgtggtgcgtcgtcgagct
gccgctcctgccagagcacacacggcgtctgttactgctgtcaaggccgaggctgttgtc
tctccgtctcgaaattccttagctttcacttcctcggtaccatcgtctcagccaaaagtg
gaactagacgcggtttcctctgacgacaaattgcgcatgttctggctcgattacgctgag
gcagacggctccttgcttctctttggcaaagttttaacccccgaaggctcccttgtatct
gcaatggtgcaagttcatgacatgtgccgagaattgtatgtcttgcctcgtgacaacgtt
tcaccaatggatgttcatgcagagctcgtgccaatacttatggagcagtttggtcttgaa
cgtcttcgtgccaaaccggagacccgcaagtatgcatttgaacttcctgatgttcccaag
gaggccgactacttgaaggtgctcttgccattcaaaacaaaaaagaaccagcacgtggtg
atgccttctgagcttgaaggtgagacattccgccgcattttcggcacaaacaccaatgtc
tttgagtcctttgtaacgcagcggaatataatgggtccatgttggttggatatccgcact
tcaggctgttcaccacttcagaatgcttcccactgtcaatttgaagctgcaatttcttct
cctgaatgtatttctcctgtgacaaatggttccccggcgccaaatttaaccacgacttct
atctctgttcaaacagtgatgaacgtgaaggctaatcgccaagaagtcgtttgcgtgtca
cttgctacataccgtgatcttccgcaagacctgccaattgcagaaaatacccagccgaat
gaattggtcacgttggtccgtcctgtgggcttgaactatccacctggtcttcaaaaggct
gctgacgctcaaaacttgaacgtccggttgcttcctaatgaaaaatcgcttttgagttgt
ttgacagctcttatcaagaacgctgatccagatatccttgtgggccatcgtttggagaac
atttctttggacgtccttgttcatcgtatgcatgatttgaaagtgcccacatggtcaacc
atgggccgtcgccacagaaaaagttggccggacaagtttgggaaaagctctgcttttagc
aacaacttgcttattcgtgaaattttccaaggccgtcttttgtgtgatatcgctaacgag
ttgggacaatctttgactccaaaatgtcaatcctgggatttgctggagatgtacaatgta
gtgtgtcaccaaaatcatccagctcttgaaatcaacttccaaaacccacgttatatcgaa
gatgcttccttctggttgatgccactcaaggaaaatataagccaagtgcttatttctgcg
caaatatcttttgctctccagatcctctccctttcgaagcagctcacaaacttagctgga
aatgcatggtctcatacattgagcggaacacgggcaggtcgaaatgagtttattttgttg
catgagttcagaagaaacaattacattgttcccgataaagagggtaaattccacaagaat
accagccaccaacaagatgctcgtattgaagcaaccgaagatgatgctacaactgtgact
tcgaacaagaagccaaagtaccagggtggtttggttttcgagcctgaaaaaggtttgcac
aagaattatatcttagtgatggactttaattccttgtaccctagtattattcaagagttc
aacatttgttttactacagtggaaagagatgcttataatactacccatgatgaagaaaga
gatctcccagaaattccggagcgcgattcggatcaaggtgtcttgccgcgtttgttgaac
acattggtgtcgagaagacgtgaagtgaagaaattgctcaaggaccctaaaatctctgct
gccgaacgtgcacaatacgatattaaacaacaagctttgaagttgacggcaaactccatg
tacggttgtttgggttacgtcaactcgcgtttctatgcgaaacctttggccatgttggtt
actaacaagggtagagagattttgatggacacaagacaattggcagagctgatcggtttg
cgtgttgtctacggtgatactgattccgtgatgatagacactggtgccacaagtatggca
gaagctttgaaaattggagaagaattcaaggttcaagttaatgagcggtacaagttgttg
gaaattgatactgataacgttttcaagcggttgcttttgcatgcaaagaaaaagtacgcc
gctatgaatgtcaccttagacagaaaaactgggaaggaaatcacatctttggaagttaaa
ggtctcgatatgcgtcgtcgtgaatactgttctttatcgaaagagatttccacttttgta
ttggaaaaattactctccgatatcgatccagaagaagctctttcccaagtgtacggctac
ttggagacaacaagtgctaagataagagccaacgagtttcctgtcgataagtacctgatc
aatacccgtttgtctaaagacccaacaagttatcctaacgggaagacaatgccacccgtt
caggtcgctctccgtcttcgaaaacagggaaaggttgtgaaagctggaagcgtgatcaca
tttatcatcactgctcctaaggaaggtgaagaaagtgccagtccagctgaaagagcacgc
gctatccaggaggttttaggtgacagaacaaacttcaagcctgatagcgaatactacttg
gagaaacaaatctacgcaccggtagagcgtcttgtcaataagattgaaggcgtggacatg
ctccggattgcatcttctttgggcattgatactaagaagtacgcaatgagactcagaaac
acagagggtgcagagcacgagattctcccgttggagtccaatatatctgatgtggaaaga
ttccgtcaagccagttacttcgtcttgacatgtaaatgtggtgcaaaattcagatttggt
ggaatcatggcatcaaaagattataaagtgacattcaatggagtctgctgcgctaaatgc
gactacgtcttcccggtattgagattaacttcacaactagaagcggccatcagaaaacac
ttatcgctttattatgctggttggcttgtttgtgatgattcagcctgtggcatcaaaaca
agacagatttccgtttacggaaaacgatgcatcggagctagtggaaaagcacatggttgc
aaaggtgtcatgagttacaagtattcagacaaggcactctacaatcagttgctctacttt
gatgccatttttgacgtttctaaagctcaaaagaaccaattgcggccgattgtctacgac
gttccggtgaacccaatgagtgagggccaacttaatgcgttggccgagcaaaacaaggtc
aactttgggtactgccgcgaggtggtggatcaatacttgaaagtatgtggtcggaggtat
gtgaatatgggaaacatcttcgacttcatggtatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (5)   
   Pfam (5)   
All databases (15)   

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