KEGG   Fusarium graminearum: FGSG_05421
Entry
FGSG_05421        CDS       T01038                                 
Name
(RefSeq) hypothetical protein
  KO
K02320  DNA polymerase alpha subunit A [EC:2.7.7.7]
Organism
fgr  Fusarium graminearum
Pathway
fgr03030  DNA replication
Brite
KEGG Orthology (KO) [BR:fgr00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    FGSG_05421
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:fgr03032]
    FGSG_05421
Enzymes [BR:fgr01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     FGSG_05421
DNA replication proteins [BR:fgr03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase alpha / primase complex
    FGSG_05421
SSDB
Motif
Pfam: DNA_pol_B zf-DNA_Pol DNA_pol_B_exo1 DNA_pol_alpha_N
Other DBs
NCBI-GeneID: 23552604
NCBI-ProteinID: XP_011323957
UniProt: I1RN57
Position
3:2215859..2220732
AA seq 1454 aa
MSHRARLAELKALRASGKKAFDNYKVADVDDLYDEVDEDGYKKVVRERLNQDDFVVDDNG
EGYADDGREDWDRVQAYESDSEEEAGVRGRPSKAAKKSRQEEQTKRDASDRDISEYFKGA
NRTQPKPKAVKTKADDDFLSDLLGEVDSNIPEPVRHISKVERSGGGRRKARALSPAPEPI
SKKKKIIDTRMSSPPPALDDEDNFFPPADDDLLETADVPMSDPAPSSPAAKVAQRKAQIK
QEPKDDDDDDDMMEVAHTGAIATTSVNLTSKRPIKKIIKADIDPTPASSSPVKPNVASVN
ATSWNALTERLNVVSSSPAEVKSIGKIDHKDAIEEDGSLNFFWTDYTELNGSLFLFGKVL
NKKTKSYVSCFVKVDNILRKLYFLPREHRMQDGEETGEEVEMMQVYDEIDTMMTKMNVGM
YKIKACTRKYAFELRDVPKEAQYMKLLYPYNKPEIDPNRPGETYSHVFGSNTSLFEQFVL
WKNIMGPCWLKIEDADFDKLKNASHCKLEVVADHPNMVSVLSESDNLDAPPLTLMSVSLR
TAFNEKDNKQEILSISARIYEKVSLADTTPAEKLPCRTFTVIRPHGQSFPLGFDQLAKKR
NRGLIVLKKQEADILAFFLAQVDVADPDVILGHQLEGVDYSVLLNRLHEKKIPGWSRLGR
LRRTQWPASIGKTGGNVFAERQILSGRLMCDLANDAGKSVMLKCQSWSLTEMCSLYLSGD
NRRREFDNEVALKTWAKEKQGLLDYITHMEADTHYIAALALGVQMLPLTKVLTNLAGNSW
ARTLTGTRAERNEYILLHEFYRNKYICPDKQTFRSRQRAEEAQREGETAEGKKKDKYKGG
LVFEPEKGLYDKFVLVMDFNSLYPSIIQEFNICFTTVDRPDTKEGDDEVPEVPTNQDQGI
LPRLIATLVSRRRQVKSLMKDKKATPEELATWDIKQLALKLTANSMYGCLGYTKSRFYAR
PLAVLTTFKGREILRSTKELAESNSLQVIYGDTDSVMINANVDNVADAFKVGNEFKKAVN
EQYKLLEIDIDNVFRRILLQAKKKYAAINLVEKDGKFIEKMEIKGLDMKRREYCALSKEI
SQHLLNEILSGDDTEVSIARIHEYLNEIAGKMREQSIPVQKYIIHTQLGKAPQDYPDSNS
MPQVQVALREMAKGKTVRKGDVIAYVITGDSNSSEPAPKRAYTPGDLKADSSLLPDVEWY
IGKQIFPPVERLCANIVGTSTSQLAEQLGLDIKRYSSFQTQQNSSSNDLEIHPLDSQIPD
EVRFGDCTRLSLRCRKCKALSTFEGLAATPERVSQSGILCSSCGTLVSTLSVVAQMEHAI
RTQTSRYYEGWLICDDTQCGNRTRQMSVYGSRCLGPKGLARDCLGRMRYEYTEKAIYTQL
LYFASLWDVDKAKTKAAITEMSRPDRENILALAEHNRVRFGNIKGVVDKYLDKCGRQWVA
MDTLFTKLGFKPLV
NT seq 4365 nt   +upstreamnt  +downstreamnt
atgtctcacagggctcggctcgctgagctcaaggcccttcgggcttctggcaagaaggct
ttcgataattacaaagttgccgacgtcgatgatctatacgacgaggttgatgaggatgga
tataaaaaggttgtccgagaaaggttgaaccaggacgactttgttgtcgatgacaatggc
gaaggttacgcagatgacggccgcgaggactgggatcgagtacaagcctacgaatccgat
agtgaagaagaggccggtgtccgtggacgacccagcaaggccgcaaaaaagagtcgtcaa
gaagaacaaaccaagcgagatgccagcgatagggacattagcgagtacttcaaaggcgcc
aacaggacgcagcctaagcccaaggctgtaaagacaaaggccgatgacgatttcctgtct
gatttactcggcgaggtcgatagcaacattccagaacccgtccgccatatctccaaagtc
gaaagatctggtggtggccgccgcaaagccagggctctttcgcctgccccagaacccatt
tccaagaaaaagaagatcatcgatacccgaatgtcatcccctcctccagctctcgacgac
gaagacaacttcttccctcctgccgacgatgatctcttggaaactgcagatgtccccatg
agtgatccagcaccttcttcgccagctgcaaaagtcgcacagaggaaagctcagatcaaa
caagaaccaaaagacgacgacgacgacgacgatatgatggaggttgcccataccggagcc
attgctacaaccagtgtcaatttgaccagcaaaaggccaatcaagaagattatcaaggca
gacattgatccgacacccgccagctcttctcctgtcaagcccaacgttgcctcagtaaac
gccacctcctggaatgctttgacggagagactcaatgttgtctcaagctcgccagcggaa
gtaaagagcattggaaaaatcgaccacaaagatgccatcgaggaggacggcagtctcaac
ttcttctggaccgactatacggagctcaatggcagccttttcctctttggtaaagtactg
aacaaaaagacaaagtcgtacgttagctgttttgtcaaagtggataatatcttgagaaag
ctatatttcctgccgcgcgagcaccgcatgcaagatggcgaggaaacgggcgaggaggtc
gagatgatgcaggtgtatgacgaaattgacaccatgatgaccaagatgaatgtcggcatg
tacaagatcaaggcttgcacaagaaagtatgcctttgaacttcgtgatgttcccaaagaa
gctcagtatatgaaacttctctacccttacaacaagccagagatcgaccccaaccgacct
ggcgaaacttattcccacgtctttggaagcaacacctccttatttgaacaattcgttctc
tggaagaacatcatgggtccgtgttggctcaagatcgaagacgctgactttgataagctg
aaaaacgcttcgcactgcaagcttgaagttgtggccgatcacccaaatatggtttctgtc
ctcagcgaatccgacaatctcgatgctcctcccttgactctcatgagtgtctcacttagg
accgcctttaacgagaaggacaacaaacaagagattttatctatcagtgcaagaatctat
gaaaaagtgtccctcgcggacactacacctgctgagaaattgccttgccggactttcacg
gtcatccgtccacatggccagtctttccctctgggctttgaccagcttgcaaagaagaga
aaccgtggcttgatcgtcttgaaaaagcaagaggcggatattcttgcgttcttccttgct
caagttgatgttgctgacccagatgtcatccttggtcaccagttggaaggcgtagactac
agtgtactcctcaatcgcttgcacgagaagaagatccctgggtggtccagactgggtagg
cttcgccgcacacagtggccagcatcgattggcaagacaggcggcaatgtttttgctgaa
cgccagatactctcgggtcgtctcatgtgtgatctcgcaaacgacgctggaaaatcagtc
atgctcaagtgtcagtcttggagtttgacggagatgtgtagtctatacctgtctggagac
aaccgtcgccgtgaattcgataatgaggttgctctgaaaacctgggccaaggaaaagcag
ggtcttctcgactacatcacccacatggaagctgatacgcactacatcgcagctttggct
ctaggtgttcaaatgttgcccctgaccaaggttttgactaacctggcaggaaactcatgg
gcacgaaccttgactggaactcgtgcagaacgaaacgagtacattttacttcatgaattt
taccgcaacaagtacatctgtcccgacaagcagactttccgcagtcggcagcgtgctgaa
gaagcgcaacgtgaaggggaaactgccgaaggaaaaaagaaggacaaatacaagggtggt
ctggtttttgagccagaaaagggcctatacgacaagtttgtacttgtcatggacttcaac
tctttgtatccctccattatccaagagttcaatatctgcttcacaacagtagataggcca
gacaccaaagaaggagacgatgaggtccccgaggttcctactaaccaagaccagggtatt
cttcccaggcttattgccactctcgtcagccgtcgtcgtcaagtcaagagtctcatgaag
gacaagaaggccactccagaggagttggccacatgggacatcaagcagcttgctctcaag
ctaactgccaactccatgtacggatgtttgggatataccaagtcacgcttctacgctcga
cctttggctgtcttgactacgttcaagggccgcgagattcttcgcagcacaaaggagctt
gccgagagcaattctctgcaggtcatttacggtgacactgattccgtcatgatcaacgcc
aacgtggacaacgtcgccgatgcattcaaggtcggcaatgagttcaagaaagcagtgaac
gagcaatacaaactgcttgagattgatattgataatgtcttccgccgtatccttctccaa
gccaagaagaagtatgctgccatcaacctcgtggagaaggatggcaagtttatcgagaag
atggaaatcaagggtctcgatatgaagcgccgagaatactgtgctctgtccaaagagatt
tctcaacaccttctgaatgagatcctctctggtgacgatactgaggtgtctattgcccga
attcacgagtacttgaacgaaattgctggcaagatgcgtgagcagagtattcccgtgcag
aaatacatcattcatacacagcttggaaaggcaccccaagactaccccgactccaactct
atgcctcaggtccaagtcgctcttcgagaaatggccaaaggcaagacggtccgcaaagga
gatgtcatagcgtacgttatcaccggcgatagcaacagctccgagcctgctcctaagcga
gcttacactcctggcgacctgaaggcagactcttccctgttgcctgatgtcgagtggtat
attggcaaacagatcttcccacctgtcgagcgtctttgcgccaacattgtgggtacatcg
acttcacaactggcggagcagcttggtctggatatcaagcgctatagctcattccagacc
caacaaaacagctcaagcaatgaccttgaaatccacccgttagactctcagattccagac
gaagttcgttttggtgattgcacccgtctatctctgcgttgtcgaaagtgcaaggcctta
tctacttttgaaggcctcgctgcaactcctgagcgagtatcacagtcaggtatcctctgc
agttcctgcggcactctcgtctccacactttcggttgttgctcaaatggagcacgctatc
cgtactcaaaccagtcggtattacgagggttggctcatctgcgatgatactcagtgcggc
aatcgtactcgtcaaatgagcgtatatggctctcgttgccttggacctaaggggctcgcg
cgagactgtcttggtcggatgcggtacgagtatacagagaaggcaatctatacccagcta
ctctactttgctagtctctgggacgtggacaaggccaagaccaaagctgcaatcaccgag
atgtccaggccagaccgcgaaaatatccttgctctagccgaacacaaccgagtgcgtttt
ggaaatatcaaaggtgttgttgacaagtaccttgacaagtgcggtcgtcaatgggtggct
atggatacccttttcaccaagttgggcttcaaaccactggtatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (46)   

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