KEGG   Sordaria macrospora: SMAC_05396
Entry
SMAC_05396        CDS       T01610                                 
Name
(RefSeq) uncharacterized protein
  KO
K02350  DNA polymerase zeta [EC:2.7.7.7]
Organism
smp  Sordaria macrospora
Brite
KEGG Orthology (KO) [BR:smp00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:smp03400]
    SMAC_05396
Enzymes [BR:smp01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     SMAC_05396
DNA repair and recombination proteins [BR:smp03400]
 Eukaryotic type
  TLS (translesion DNA synthesis) factors
   B-family DNA polymerases
    SMAC_05396
SSDB
Motif
Pfam: DNA_pol_B zf-C4pol DNA_pol_B_exo1 divDNApol
Other DBs
NCBI-GeneID: 10804515
NCBI-ProteinID: XP_024511240
Position
Unknown
AA seq 1959 aa
MDVFRVRLNCIDHYQATRTEYDPQFGQDVRFSHSRKPPKLPVIRVFGSTETGQKVCAHIH
GAFPYLYVEYDGSLEVIKANEYISKFRASIDHALAVSYRKDPLHDRPLYVARITLTKGIP
FYGFHVGYRFYLKIYLFNPVVMSRLVDLLQQGVIMSRKFQPYEAHLQYLLQFMADYNLYG
CDYLDAAMVTFRAPVPKHDENINDHETGNRWDDATIPSEFITDDYSLPRASHGSLEVDIC
AEDILNRKKVKERRLHHNFIEREQPVSSQEKLVHSMAGLWTDETNRRKRRMGITDPEINP
FPPDVLVSMSADPRQSQVMGWVHEAEYRAGIQQQVVQEQITVADGCERTFSNFVRPVPFE
ETVKTTLESVEDLYQDNLSQALQIEAELFHMNAEPLSSVDVDERVILQLAGERIATRTPL
EHADKISPGEPINGVGEGFGVGDLMTYKMGERRRVHQPRTSIRHKLFKIAKAYSSKPPAN
VGKQVGALGPGERQRRSLKHPRPPGEVDHDAPAKRQMLQADAPMEAIRGKAEAPQSDAEM
APRKAESKAREAAQSGPQRRPQGHPPEGAHVESNKRVQENAQADAHGKAQHEPREDVLEH
FETQGRRKTQEEKIRDQTQQEVQAEIPEDLKSMKPVQTVQPLKLSTYDKAREEFLANGSK
VEPQKPKASQPTKSALKQSSASQGRSFNFPVVKDPQDPSTRARLSQKSGSQKYEEKVTKK
QLAFDPQPTIMGSSAQAKPSQTDPNLKSVSNPLVPAPAAAPPVLLLNGSNKMFVLESKPP
SLTEVRHTMQVHGLPDVIYQGAYYSKDEDVPPKPREYAGREYRLDGSSVPWLPDFDPTGT
SPATFGGKPASGADWPMLEAVYEAQQEECAMRSWEIAEPPPSFKEVSKWWADKEKARSTS
RPRFKSLRIRTARSQVAGATPKNKHGFRYSEKKKSPSVQHQAQYMSTMSLEVHVNTRGKL
VPDPEEDEVQCVFWCLRSDENVLRETQAPDNTVRGIVVFSEDGLLADKIQKYTSVPVVQE
TTELDVMLRMVEIVRNHDPDIFTGYEVHGTSWGYLIERARIKYDFDLCDEFSRMKSQSNG
RIGKDADRWGFNTTSSIRITGRHMINIWRAMRGELNLLQYTMENVVWHLLHRRIPHYNWK
TLSDWYLSGLPKDLNKVLRYYLTRTRLDIEILEKNELIARTSEQARLLGVDFFSVFSRGS
QFKVESIMFRIAKPENFLLISPSRKQVGAQNALECLPLVMEPQSAFYSSPLLVLDFQSLY
PSVMIAYNYCYSTFLGRIVSWRGTNKMGFMDYKRQEGLLSLLKDYINISPNGMMYTKPHI
RKSLLAKMLTEILETRIMVKSGMKQDKDDKALQQLLKNRQLALKLLANVTYGYTSASFSG
RMPCSEIADSIVQTGRETLERAIAFIHSVQKWDAEVVYGDTDSLFVYLKGRTRDQAFDIG
QEIADAVTKMNPRPVKLKFEKVYHPCVLIAKKRYVGYKYESRDQTVPDFDAKGIETVRRD
GTPAEQRIEEKALKILFETADLSQVKAYFQEQCHKIMRGAVSVQDFCFAREVKLGTYSTS
GRGGPAPAGALIATKKMREDARAEPQYGERVPYVVMAGAPGMRLVDRCVEPEELLNNSHA
TLDADYYINKNIIPPLERIFNLVGANVRTWYEEMPKVQVLRKVVEDDDAAAAAAPKGPLM
GLLGASPSKRGAGSAAAAAAAAAAAALEAEEVLGEDGEPLPPDGAFAQAQARKTLEAFLA
TTICTACGVKIKRPLGIGLARELGIMLDNEEDAEPDRGLPLCRRCASDPPTLLVDMQTKV
SRAEKSYVEIMKVCQSCSGFAPTEEVPCDSKDCPVFYSRVKQRTKMNAEKRVMEPLIKLF
GDLELGKGGGSEGEDEDEDEDEDEDGEEEAVWEQEEAGEVIAEGEMEVQEDAGTRYEEEE
AEGEVIVEGKRRAVSEEQSERREILDNRFRGLKAASLDW
NT seq 5880 nt   +upstreamnt  +downstreamnt
atggatgtttttcgggttcgattgaactgtatagaccattaccaggctacacgaaccgag
tacgatcctcagtttggccaagatgtgcgcttttcgcattcgcggaagcccccaaaactc
cctgtcattcgagtgttcggatcgaccgaaacgggccagaaagtgtgcgctcatattcac
ggcgcctttccctatttgtacgtcgagtatgacggaagtctggaagtcattaaggccaac
gaatacatttcgaaattccgtgcatccatagatcatgccctagctgtcagctaccgcaaa
gatcctcttcacgatcggcccttgtatgtagcacggatcacgctgacgaaaggtataccg
ttttatggcttccatgtgggatatcgcttctatctcaaaatctacctattcaacccggtg
gtcatgtcacgtctggttgatctccttcaacagggtgttatcatgagtcggaaattccaa
ccatacgaggcacatttacagtatctcctccagttcatggctgactacaacttgtacggc
tgtgactacctggatgcggcaatggtcacctttcgagcacctgtaccgaagcacgacgaa
aacatcaatgatcatgaaactggaaatcgttgggacgatgcgacgattccttcggagttc
attacagacgactacagccttcctcgggctagtcacggttcccttgaagtagacatctgt
gccgaggatatcctgaaccggaagaaagtcaaagagcgaaggctgcatcataatttcatc
gaaagggagcagccggtttcaagtcaagagaagctggtgcacagcatggctgggctttgg
acggacgagacgaaccgcaggaagaggcgtatgggaataacagatcctgaaatcaatcct
tttcctccggacgttctagtatcaatgtctgcggacccacgtcaatcacaggtgatgggg
tgggtccatgaagctgaataccgtgctggtattcagcaacaggttgttcaggagcagatc
actgttgcagatggatgtgagagaactttctccaactttgtgcgcccagttccctttgag
gagaccgttaagacgactctggaatcagtcgaagacttataccaagacaacctgagccaa
gcactgcaaattgaagccgaattgtttcacatgaatgcagagccactcagcagcgttgac
gtcgacgagcgagttatcttacagctagcaggcgagcggattgcaacccgtactcctctc
gagcatgcggacaaaatctcaccgggggaacccatcaatggtgttggagaaggatttggt
gtcggggacttgatgacatataaaatgggtgagcggcgccgtgtacaccagccccgaact
tccatccgtcataaactcttcaagattgccaaggcttactcttcaaaaccaccagccaat
gtcggtaaacaagtcggggctcttggtcctggcgagcgacaacgaagatctcttaagcat
cccaggccgccgggagaagttgatcacgatgcacctgcaaaacgtcagatgctccaagct
gatgcccccatggaggcaattcgcgggaaggccgaggctccgcaaagcgatgcggaaatg
gctccgagaaaggccgagtcaaaagctcgagaggcagctcagtcaggacctcagagaaga
cctcagggtcaccctccggaaggagctcatgtagagtcaaacaagagggttcaagagaat
gctcaagcagacgcccatgggaaggcccagcacgagcctcgggaagacgtgctggaacac
ttcgagacacagggccgacgcaagacacaggaggaaaagatccgagaccagactcaacaa
gaagtacaggcggaaattccagaagacttaaaatctatgaagcctgttcagacagttcag
ccgttaaaactcagtacttatgataaagcgagagaggaattcttggcgaatggttcgaag
gtcgagccacaaaagcctaaggcatctcagcccacgaagtctgctctgaagcagagctct
gcgtcccagggtcgttcattcaattttcccgttgtgaaagatccacaggatcccagcaca
agggcgcgactgagccaaaagagtggttcgcagaaatatgaagagaaagttaccaaaaag
cagcttgccttcgaccctcaacccaccattatggggtcatcggctcaggcgaagcccagt
cagactgatcccaacctgaaatcagtatccaatccacttgtaccggcccctgcggctgca
cctccggtactcttgttgaatggctcaaacaaaatgtttgtcctggagagtaaacctccg
tccctgaccgaggtccgtcataccatgcaggtacatggcctacctgatgtcatctatcag
ggtgcatattacagcaaagacgaggatgttcctccaaagccgagagagtatgcaggcagg
gaataccgacttgacggcagctctgtcccttggctccccgatttcgacccgactggaaca
tcgccggcgacatttggcgggaaaccagcctccggtgccgactggccgatgctggaggct
gtatacgaggcacaacaagaggaatgcgccatgcggagctgggaaatagcagagcctcct
ccctctttcaaagaagtcagtaaatggtgggcagataaggaaaaggctcgcagtacatcc
cgacctcgtttcaagtctttaaggatcagaaccgcccgctcgcaagtagcaggcgcgacg
ccgaagaacaagcatggcttcagatattccgaaaagaaaaaatccccgagtgtacagcat
caggcacagtatatgagcactatgagcctagaggttcatgtcaacaccaggggcaagcta
gtaccggatcctgaagaagacgaagtgcagtgtgttttctggtgtctgcggtccgacgag
aacgttctccgtgaaactcaggcgccggacaacacagtacgaggcattgttgtcttttcg
gaggatggactgttagcagacaaaatccaaaagtacacatcagtgccagtggtgcaagaa
acaacggaactcgatgtgatgctccggatggtcgagattgtacggaatcatgatccggac
atcttcaccggctatgaggtgcacggtacctcctggggctatcttattgagcgggcgagg
ataaagtacgacttcgatctctgcgatgaattctcacgcatgaagtctcagtcaaatggg
cgtatcggcaaggatgcagatcgatggggcttcaacacgacatcttcgattcggataacc
ggacggcacatgatcaacatctggagagccatgcgaggcgagctcaaccttctgcagtac
accatggagaatgttgtgtggcatctgttgcaccgtcgaattccacattacaactggaaa
acattgtcagattggtatctcagcgggctgccaaaggatctgaacaaagtcctccggtac
tacctgacgagaacccgactcgatatcgaaatcctggaaaagaatgagctcattgccaga
acaagtgagcaagcaaggctgctcggagttgatttcttttctgtcttctcgcgaggatcg
cagttcaaagttgagtccatcatgttcaggatagccaagcccgaaaacttcctgctcatc
tctccaagtaggaagcaagtgggtgcgcaaaatgctctggaatgtcttcctttggtgatg
gaaccacagagcgccttttacagcagcccgttgctcgttctcgattttcagagtctgtat
cccagtgtcatgattgcctacaactactgctattcgaccttccttgggcgtattgtcagc
tggcgaggcaccaacaaaatgggcttcatggattacaagaggcaagagggacttctcagt
ctactcaaagattacatcaacatctccccaaacggtatgatgtacactaagcctcatatt
cgcaagtccttgcttgcgaagatgcttaccgagattctcgaaacccgcatcatggtcaag
tccgggatgaagcaagacaaggatgataaggcgcttcagcaactcctgaaaaaccgacag
ctggcgctgaagcttcttgccaacgtcacgtacggctacacttcggcctcgttctcgggt
cgtatgccctgctctgaaattgccgacagcatcgtccaaaccggccgcgaaacccttgaa
cgcgccatagcctttatccacagcgtccagaagtgggacgccgaggttgtctacggtgac
accgacagtctcttcgtctatctcaagggccgcacgcgcgaccaggcctttgacatcggg
caagagatcgccgacgccgtcaccaagatgaacccgcgccccgtcaagctcaagttcgaa
aaggtctaccacccgtgcgtgctcatagccaagaagcgctacgtcggctacaagtacgag
tcgcgggatcagacggtgcccgacttcgacgccaagggtatcgagacggtccgccgcgac
ggcacccccgccgagcagcggatcgaggagaaggcgctcaagattctcttcgagaccgcc
gacctcagtcaggtcaaagcctactttcaggagcagtgccacaagattatgcgcggcgcc
gtctccgtgcaggatttttgctttgcgcgcgaggtcaagctgggcacgtacagcaccagc
ggccgcggggggccggccccggcaggagcgctgatcgccaccaagaagatgcgggaggac
gcgcgcgcggagccgcagtacggcgaaagagtgccgtacgtggtgatggccggcgcaccc
gggatgcgactggtggatcgctgcgtggaaccggaggagctgctgaataactcgcatgct
acgctggatgcggattactacatcaacaagaacatcattccgccgctggaaaggatcttc
aacttggtcggcgccaacgtgaggacttggtatgaggagatgcccaaggttcaggttttg
aggaaggtggtggaagatgatgacgctgccgctgccgccgctcccaaaggaccattgatg
ggattgctaggggcgtcaccaagcaaaaggggtgccggcagcgcagcagcagcggcggca
gcagcggcagcagcagcactagaggccgaggaagtcttgggagaagacggcgaacccctc
ccccccgacggcgcattcgcccaagcccaagcgcgcaaaaccctcgaagccttccttgcc
accaccatctgtaccgcctgcggcgtcaagatcaagcggccgctcggtatcgggctcgcc
cgcgagctgggcatcatgcttgacaacgaagaagatgccgaaccggaccgaggcctgccg
ctctgtcgacggtgtgcttcggatccgcccactttgttggttgacatgcagaccaaggtc
agcagagctgagaaaagctacgtggagatcatgaaggtgtgccagagctgtagcggcttc
gcgccaacggaggaggtcccctgcgatagcaaggattgtccggtgttttactcaagggtg
aagcagaggacgaagatgaacgcggagaagagggtgatggagcctttgattaagttgttt
ggggatttggagctgggtaagggtggtggtagtgaaggcgaggatgaggatgaggatgag
gatgaggatgaggatggtgaggaggaggcggtttgggagcaggaagaggcgggtgaggtg
attgctgagggtgagatggaagtgcaggaagatgctggaacgagatatgaagaggaggaa
gcagagggcgaagtcattgttgagggtaagcgtagggctgtgagtgaggagcagtccgag
aggcgagagattctggacaacaggtttaggggcctgaaggcggcatctctggactggtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (15)   

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