KEGG   Pyrenophora teres: PTT_08978
Entry
PTT_08978         CDS       T01613                                 
Name
(GenBank) hypothetical protein
  KO
K02320  DNA polymerase alpha subunit A [EC:2.7.7.7]
Organism
pte  Pyrenophora teres
Pathway
pte03030  DNA replication
Brite
KEGG Orthology (KO) [BR:pte00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    PTT_08978
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:pte03032]
    PTT_08978
Enzymes [BR:pte01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     PTT_08978
DNA replication proteins [BR:pte03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase alpha / primase complex
    PTT_08978
SSDB
Motif
Pfam: DNA_pol_B zf-DNA_Pol DNA_pol_B_exo1 DNA_pol_alpha_N ZSWIM1-3_C DNA_pol_B_2
Other DBs
NCBI-ProteinID: EFQ93598
UniProt: E3RL05
Position
Unknown
AA seq 1446 aa
MSRVGKKTGAALLAELRANRAAGKTRLSTYEVAEEEQLYDTVDEEGYKKIVRGRLDEDDF
VVGDEGEGYVDDGREEWDDDQGKYHYAATDSEGEERPAKGKAAKRKREEDEEKRKKIDNG
ISKYFSAKNAAKAPKAKPVATAADKDFMNDLLGEIDTNPNRPAATKRRTDDSDAYMPDTP
PALNAHADDDGLPTFDDDVAMSDPPLPSSPVTKAVERRTQPVVKQEEDEDDLMEIAQPTT
HHGVPVASVNMAGRRPIAKLKKEENPTPASSSPVGPSPASFDASSWSDVTSKLNVMSSPA
PQTTGVGKMQPQDAVEEDGSLRFFWIDYTEINGNLCLFGKVKDNKSGNYSSCFVKVDNIL
RKLYFLPREYRHVRGVATDEEIGLSDVSDEVDSIMSKHRVNLHKIKPCTRKYAFELPDIP
KEADYLKLLYGYDKMPLSSDLKGETFSHVFGTNTSLFEQFVLWKNIMGPCWLKIDNPDFG
ALSNASWCKLEVLVSKPNNITVMSASDNLDAPSMTLMSLSLRTTFNAKDNKQEILMASAM
IYDNFSLTDTTPVDQMQCKSFTIMRPNGGSFPIGFEKEVEKIKGNMYLKKTEQELLSLLM
AMFQRHDPDVLIGHRLDDVDYSVLLSRLREKKTPGWHRIGRLKRSDWPKNMGKGGGSFFA
EKQLASGRLLCDLANDLGKSLMTKCQSWSLEEMCQLVLNKRREELDNDAALKTWATTKEG
LLNYVKHCQADAYFIAAISIKVQMLPLTKVLTNLAGNSWGRTLSGTRAERNEYILLHEFY
KNKYICPDKQWGKSKAKVDEEAAEGEEGADAKKKDKFKGGLVFEPEKGLYDKFILVMDFN
SLYPSIIQEFNICFTTVERSDLSEDDDKVPEVPTHQDQGILPRLIATLVSRRREVKKLMK
AKDATPDQLATWDIKQMALKLTANSMYGCLGYTKSRFYARPLAMLTTYKGREILRKTKDM
AEEKALRVIYGDTDSVMINTNVDNIQDALKLGNEFKKEVNDSYRLLEIDIDNVFRRILLH
AKKKYAAINMVPVDGKYIEKLEVKGLDMRRREYCALSKETSTELLNFLLSGEDPEVVVEN
IHNHLRELSKQMREYAIPSRKYTIYTQLGKNPNEYPNGGSMPSVQVALRLQAKGKHVKAK
DVMSFIITGESSGSAENAAKNAYPVDEVLKPDSGLKPDIDYYLHKQILPPVERLCAPISG
TNVTLLAACLGLDTSKYRVSTVSGSAQQDTEIHPLESQIPDSVRFQCCSPLWLRCRACTT
VFPFQGLSSTSPTTLSLQTVSHNGIQCPAPNCGNILPNISVVAQVESSIRQILAAYYAGY
VVCDDPQCSNRTRSISVYGHRCLGPKGLARDCLGKMSYEIKERDVWNQLLYFASLFDVDR
VGKGEGGGGTAGVKAEELERREKIKVLAEVNRERFSTLKGVVDKWLERNGRQWVQMDSLF
SFALKA
NT seq 4341 nt   +upstreamnt  +downstreamnt
atgtctcgtgttgggaagaagacgggcgctgccttgttggcagaattgagagccaatcgg
gcggcgggcaagacgcgtttatccacatacgaagtggccgaagaagagcaattgtacgat
accgtcgatgaagagggatacaagaagattgtgaggggccgactagacgaggacgacttc
gtggtcggcgacgaaggcgagggatatgtcgatgacggcagagaagagtgggatgatgac
cagggcaaataccattatgctgcgacagacagcgaaggagaggagcgtcccgctaaaggg
aaagccgccaaacggaaacgcgaagaggacgaagagaagcggaaaaagattgacaatggt
atcagcaaatactttagcgccaagaatgctgcaaaggcaccgaaagcaaagccggttgct
actgcggccgacaaagacttcatgaacgatctattaggggaaatcgatacaaaccccaat
cgtccagcagcgacgaagagacgaacagatgactcggacgcttacatgccagacacgccg
ccagcgcttaatgcacacgcagacgacgacggtcttcctacattcgacgacgatgttgcc
atgagcgaccctccgttaccatcatcgccagtaacaaaagccgttgagcggcgaacacag
cccgtggtaaaacaagaggaagacgaagacgatttgatggagatagcccagcccaccact
catcacggcgtacccgttgccagcgtcaacatggcgggaagacgaccgatagcaaaactc
aagaaggaggaaaaccctacacccgccagctcatcacctgttggtccatcaccagcctcc
ttcgatgcctcttcatggagcgacgtcacaagcaagctcaacgtcatgagcagtcctgcc
ccacaaaccacaggcgtaggcaagatgcaaccacaggacgccgtggaagaagatggtagc
ctgcggttcttctggattgactataccgaaatcaacggtaacttgtgtttgtttggcaag
gtcaaggacaacaagtcgggcaactattccagttgcttcgtcaaagtcgacaacattctc
cgaaagctttactttttgcctcgggaataccgtcacgtaagaggcgtagctactgatgaa
gagattgggcttagcgacgtatcggacgaggtggactcaatcatgagcaaacaccgagtg
aacctccacaagatcaagccgtgtacgaggaagtacgcatttgaactacccgacataccc
aaggaagccgactatctaaagcttctatatggatacgacaagatgccactttcctcggat
ctgaaaggagaaacattctcacacgttttcggaaccaacacttcccttttcgagcaattt
gttctctggaagaacatcatgggaccctgttggctcaagattgataaccctgactttggg
gctctttcgaatgcctcttggtgcaagcttgaagtactagtgagcaaaccaaacaacatc
acagttatgagtgcttcggacaatttggatgcaccttcaatgacactcatgagtctctcc
ctccgaaccacgttcaacgccaaggacaacaagcaggagatcctgatggccagcgctatg
atatacgacaacttttctttgaccgacaccacccccgtggaccaaatgcagtgcaagagc
ttcaccattatgcggccaaatggaggctcctttccaataggctttgagaaggaagttgag
aagatcaagggcaacatgtacctcaagaagaccgagcaagagctgctcagtctgctcatg
gccatgttccagcgacatgaccccgatgttctcattggccatcgtcttgacgacgtagac
tacagtgttctgctgagccgcctgcgcgagaagaagaccccgggatggcaccgtatcgga
cgactcaagaggagcgattggcctaaaaacatgggcaagggtggaggcagctttttcgcc
gagaagcagctggcttctggccgtttgctttgcgacttggccaacgatcttggaaaatct
ctcatgaccaagtgtcagtcgtggagtctagaagagatgtgccagctggtactcaacaag
cgacgtgaagagctcgataacgatgctgccctgaagacttgggctacgacaaaagaaggt
ctcctcaactacgtcaagcactgccaagctgacgcctacttcatcgccgctatttcgatc
aaggtgcagatgcttccacttaccaaagtcctcaccaacttggctggtaactcttggggt
cggactctcagcggaactcgtgccgagcgtaacgagtacattttgctccacgagttttac
aagaacaagtacatttgccctgacaaacagtggggtaagagcaaagccaaggttgatgaa
gaggccgctgagggcgaggaaggtgcggacgccaagaagaaggacaagttcaaaggtggt
cttgtctttgagcctgagaagggactgtacgacaagttcatcttggtcatggacttcaac
tccctgtaccctagtatcatccaggagtttaatatttgcttcaccactgtcgagcgctct
gatctgtcagaggacgatgataaggtacccgaggtacctacacatcaagaccagggtatc
ttaccacgcctcatcgccacgcttgtctcccgacgtcgtgaggtaaagaagcttatgaag
gccaaggatgcgacgccggatcagctagccacctgggacattaagcaaatggctctgaag
ctaactgccaactccatgtacggatgtttgggatacaccaaatcgcgtttctatgctcgg
cctttggctatgctcactacctacaagggtcgagagattctccgcaaaaccaaggacatg
gctgaggagaaggcgcttcgtgtcatttacggtgataccgattccgttatgatcaacacc
aacgtcgacaacatccaggatgcgctcaagctgggcaatgaattcaagaaagaggtcaac
gacagctataggttgttggagattgatatcgataacgtcttccgtcgcatcctgctgcat
gcgaagaagaagtatgcagcgatcaacatggtgccagtggatggcaagtacattgagaag
ctagaggtcaagggtctcgatatgaggcgtagggagtactgtgcactttcaaaggaaaca
tctacagaactgctcaacttcctccttagtggggaggatccagaagtagttgttgagaat
atccacaaccaccttcgcgagctcagcaagcaaatgcgcgaatatgccattccctctcgc
aagtacaccatctacacacagttggggaaaaatcccaacgagtaccccaatggcggttct
atgccttcggttcaagtggctctgcgccttcaggccaagggtaaacatgtcaaggccaag
gacgtcatgagctttatcatcacgggcgaatcatctggctcagcagaaaacgcagcgaag
aacgcgtaccccgtcgacgaagtgctcaaaccggacagcggactgaagcccgacatcgat
tactatctccacaagcagatcctacccccagtagagcgtctctgtgcccccatcagcggc
acaaacgtcaccctactcgccgcctgtctcggcctcgacacctccaaataccgcgtcagc
accgtatccggtagcgcccaacaagacaccgaaatccatcctctagaatcccaaatccca
gactccgtacgcttccaatgctgctcaccgctctggctccgctgcagagcatgcacaaca
gttttccccttccaaggtctctcctccacatccccaacaacactctccctacaaaccgta
tctcacaacggtatccaatgtcccgcgcccaactgcggcaatatcctccccaacatcagc
gtagtcgctcaagtcgaatcctcaatccgacagatcctcgctgcttactacgctggctac
gtcgtctgcgatgaccctcagtgctcaaaccgcactcgcagtatctccgtctacggtcac
cgctgtctgggacccaagggtctagcccgcgactgtctgggcaaaatgagctacgagatt
aaagaacgtgatgtttggaaccagctcttgtactttgcatccctgtttgatgttgatcgc
gtgggtaagggcgagggtggtggtggtaccgccggtgtaaaggccgaggagctggagcgc
agggagaagatcaaggtgcttgccgaggttaatagggagaggttctcgacactcaagggc
gttgtggacaagtggttggagaggaatgggcgacagtgggttcagatggatagtctgttc
tcttttgcgctcaaggcttga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (54)   

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