KEGG   Drosophila yakuba: Dyak_GE14511
Entry
Dyak_GE14511      CDS       T01068                                 
Name
(GenBank) uncharacterized protein, isoform C
  KO
K20813  thymine-DNA glycosylase [EC:3.2.2.29]
Organism
dya  Drosophila yakuba
Pathway
dya03410  Base excision repair
Brite
KEGG Orthology (KO) [BR:dya00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03410 Base excision repair
    Dyak_GE14511
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:dya03400]
    Dyak_GE14511
Enzymes [BR:dya01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.2  Hydrolysing N-glycosyl compounds
    3.2.2.29  thymine-DNA glycosylase
     Dyak_GE14511
DNA repair and recombination proteins [BR:dya03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    DNA glycosylases
     Dyak_GE14511
SSDB
Motif
Pfam: UDG
Other DBs
NCBI-ProteinID: KRK04886
FlyBase: FBgn0232115
UniProt: A0A0R1E6Q6
Position
4
AA seq 1716 aa
MQEESGSIPLLSSSLTYTPTVASLVLRITLIQGARSFAATKYIIKDLQTFNFVWSEQAIV
RKAVKPICTVMASEVDVSSGPEDGTVLTLMPLTPYHLENGNNESGNIQNNEVDHEDDEPN
MDQKSKMSDIKSNEYPEMEKHLKANSKIVIEGTTSIGNSKRKSPEKIVPFDNDCYMPPEQ
ALVTSVELVVPAPQISSTSTPDRQSEEPKPSTLVESSTTSSSTIDNKLQYSTAGLYSSTS
SASILANDKIVGCANDSSNLNLRIPTKLVVTTATGDILLDDRRASLWTPHHDQSGQGQQH
IETASTDIKQEPINVSSELSYHHQNRHSELLLQIEKESSSSFSQAIPIPMQDHNNIAASS
QFGQTVATSNMNSQLHNNFYAQMIQPQPLLQNQHQQSMHEHSPPLQQPASYAGYITHYQS
SPMFGAHQSELHQRHNQQQQPLQHLMDCHGHLHQSTHISQQHHLPQQIHQHQHQQTQQRL
PLRENYHDLIMDDFHEEPSHAFKLTLSPSNTKPENQDDGYETSAGDVLTPNSHSSSTHSV
TPQHQMQHPNIVLMPQNQKKPDDVQLTTVPLSGDSHTDHNACSSNGSQGHVLASQSHLEL
SGGTRCSSHASVVDPYSFMGEELHMHSPSHRHLEAVTTGTGRYGILVSNDTPECLSGEIY
RPSQPSSNILEQTDSSQCDINSKPMPKKRGRKKKIVADCTDTTQMTTPADQHKASGGRAG
CEDGSADQAVKTKERKKHDRFNGMSEEEVIKRTIPDHLCDNLDIVIVGINPGLFAAYKGH
HYAGPGNHFWKCLYLSGLTQEQMSADEDHQLIKQGIGFTNMVARATKGSADLTRKEIKEG
SRILLEKLQKFRPKVAVFNGKLIFEVFSGKKEFHFGRQPDRVDGTDTFIWVMPSSSARCA
QLPRAADKVPFYAALKKFRDFLNGQIPHIDESECVFTDQRIRQCSEQQQVEVNGKIKQTL
QTSIGDHPSSLTLVSNCSGSMAGDAKCGIVAEESDQVQSEKIMPQMAPTVSSSSNATEGE
SFSYTGENRQLLQMSNHNPSINESNYLSVFGSQQSLPQQPLEKKKRGRPKKIKGQDVTDH
SVVGKVAMAGQHIPHPDFNNILNLSLISGGGSIETPKKKRGRPKKLKPAIDNILPVKQLQ
HGNANLNTTAGMSAVSMHPLSMEHIAASPQSSHQMPPNLYNTPPPSHLLYTASASPMASP
ALNCNYTQGHGHGTPPVGQVTSVAQGTSPVIDTQNDHLPPQKQSQHGNLDGGLDMRDHPH
LGETPPPSSPNLCPAVDFDTPDEQSDPQAGSREQNKAVELDHQHPQILEKVQYDSPTPGT
EANTAHPQEHYQQWLSPHPHQSNQPAQKLAHRQNHPHMQHFHQEHTDNWQRYEEQSSNPY
MVISAHHHHLSPRLGNQTHQNSSPSGHIGSDVAHKSLCGLESLVDQIPAIREQDCSNIPP
ATVAAAAAAVESRLLSLQHQIPHQQHQLEPHQPQHQQNQQQQLKQCNQEDSAQGESCRAT
RENSNVSNNNFSVSSLVASVSSARTDNAAVYGNGETKGIDESSHNNNNFGNNIDYAIHNQ
SGYHHHAPQLIGSALGTNVNNSEPNIHTISHPHPPHSHPHPMYVDQAHHMAHISSINVNS
MYGPAYGSHPQHNTGEYAGTHGHYSLSGSVQTTGPTSTSTLHVPSPNYPFGHHPYGHTPH
QANYPGYTHPHTHHHHSHLTVFDHLKPSDISGYGGF
NT seq 5151 nt   +upstreamnt  +downstreamnt
atgcaagaagaaagtggaagtattccactcttaagtagttccttaacttacacgcctaca
gtagcatcattagtcttacggataactctaatacaaggagctagatcatttgctgccaca
aaatatatcataaaggatctacaaacttttaattttgtttggtctgagcaagcaatagtt
cggaaggcagtaaaaccaatttgcactgtaatggcatcagaggtggatgtaagttcggga
cctgaagatggaaccgtattgacattgatgccattaaccccataccatttagaaaatggc
aacaatgaatcaggcaacattcaaaacaatgaagtggaccatgaagatgacgagcccaat
atggaccagaaatcaaaaatgtcagacatcaagtcaaatgaatatcctgaaatggagaag
catttaaaagccaacagtaagatcgtcattgaagggacaacatctataggcaactcaaaa
agaaaaagtccagaaaaaatagtgccattcgataacgactgctatatgcccccagagcag
gcactagttactagcgtggagctagtcgttccagcccctcaaatttcttcgacgagcaca
ccagacaggcaatctgaagagcccaagccaagcactctggtcgaatcctcgactacatcg
tcttcgactattgataacaaattgcaatacagtacggctggtctgtatagctctactagt
tccgcaagtatattagcaaatgataaaatcgttggttgtgcaaatgactcttccaatttg
aacttaagaattcctacaaagttagtagtaacgacagcaacaggtgatattttgctggat
gatcgaagggcttctttatggacgcctcaccatgaccagtccggccaagggcaacaacac
atagaaacagcatcgactgacattaagcaagagcctataaatgtaagctcggagctgtca
taccaccatcagaatcgtcactccgaacttttgcttcaaatcgagaaagaaagctctagt
tcattttcacaagctattcctattccaatgcaggatcacaataatattgcagcatcgagc
caatttggccaaacagtagcgacttctaatatgaacagtcaattgcacaataatttttat
gcgcaaatgatacagccgcagccccttcttcaaaatcagcatcaacaaagcatgcatgaa
cacagtcctccccttcagcagcctgcaagctatgctggctatatcactcattatcaaagc
tctccgatgtttggtgcccatcaaagtgagctgcaccaacgtcataaccaacagcagcaa
cctctccagcatctaatggactgccacgggcatttacatcaatctactcatatttcccaa
caacatcatttgccacagcaaatccatcagcaccaacatcaacagacacagcaacgcttg
ccattgcgcgaaaactatcatgatcttattatggatgattttcatgaagaaccaagccat
gccttcaaattaaccctttctccaagcaacacaaaacctgagaatcaagatgacggttat
gagacaagtgctggcgacgttttaacaccaaattctcatagttcgtcaacacactccgtt
acccctcagcatcaaatgcaacatccgaatatcgtgcttatgccgcaaaaccagaagaag
cctgatgatgtgcaattaacaacagttccactctctggtgattctcacaccgaccacaat
gcttgctcatcaaacggtagtcaaggacatgttcttgcctcccagtctcatctagaactg
agtgggggcactcgatgctcaagtcatgcctctgttgtcgatccctacagttttatgggt
gaggagttgcacatgcattcaccatcacatcgtcatttggaggcggtcacaactgggaca
gggcggtatgggattttagtatcaaatgatactcccgaatgtctaagcggagaaatatat
cgacccagtcaaccaagttcaaatattttggaacaaactgatagctctcagtgtgacata
aattccaagccaatgccaaaaaaaagggggcgcaaaaagaagatagttgctgattgtact
gataccacacaaatgacaactccagccgatcaacataaggcatctggtggcagagcaggc
tgcgaagatggttctgccgatcaagccgtaaaaaccaaggaacgcaaaaaacatgacaga
tttaatggaatgtccgaggaagaagtgataaaacggacgattccagatcatctatgtgat
aaccttgatatcgttatagtcggaataaatcctgggttatttgcagcatacaaaggacac
cactacgcaggtccaggcaatcacttctggaagtgtctctacttatcgggtcttactcag
gagcagatgagtgctgatgaagatcaccagctgataaagcaaggaataggatttactaat
atggttgctcgagccacgaaaggatctgctgaccttacaaggaaggaaataaaagaggga
agccgaattttgctggaaaaacttcaaaagtttcgaccaaaagtagccgtttttaatggt
aaactaatatttgaagtgttttcgggaaagaaggaatttcactttggccgccaacctgat
cgcgtcgacggcactgatacattcatttgggtgatgccatcatcatcagcgcgttgcgcc
cagctgccgcgcgccgctgacaaagtaccgttttatgcggctttgaaaaagtttcgggac
tttttgaacggtcagataccccatatagatgaatcagagtgcgtgtttacggatcaaagg
attcgtcagtgtagcgaacagcaacaggtcgaagtcaatggtaaaatcaagcaaacactt
caaacttctataggcgatcatccatccagtttaacattagtaagtaactgtagtggttca
atggcaggggatgcaaagtgtggaattgttgccgaggagtcagatcaggttcaatctgaa
aaaattatgccccaaatggctcccactgtgtcatcttcaagtaatgcaactgaaggggaa
tcgttttcctatacgggagaaaatagacagttactccaaatgtctaatcacaatccttca
attaatgaaagcaattacttatccgtgttcggttctcagcagtccttgccgcagcaacca
ctagagaagaaaaaacgaggccgtccaaaaaaaattaaggggcaagatgttactgatcat
tccgtggttggaaaagttgctatggccggacagcatataccccatcccgattttaataat
attcttaacctttcattgatatctggaggcggcagcattgaaacgccaaaaaaaaagaga
ggcagaccaaaaaaacttaagcccgcaattgacaacatattaccagttaagcaactgcaa
cacggaaacgctaatttaaacacaaccgcaggaatgtcggcagtttcaatgcatccactc
tccatggagcatattgcagcgtctccgcaaagcagtcatcaaatgccgccaaacttgtac
aatacccccccaccgtcgcacctattgtacacggcatcggcatcacctatggcctctcct
gcccttaactgcaattacactcaaggtcatggacatggaactccaccggtagggcaagtg
acttcggttgctcaggggacttcgcccgtcatcgatacgcaaaacgaccatcttcctcca
cagaagcaatcccagcatggaaacctggacggtggactagatatgcgtgatcatccgcat
ttgggcgaaacccctccgccgagttcgccaaatctgtgtccagctgtcgatttcgataca
ccagacgaacaatcagacccccaagcgggctcacgggagcaaaataaagccgtggaattg
gatcatcagcaccctcaaatattggaaaaggtccagtatgatagccccacacctggtacc
gaggcgaacacagctcatcctcaagaacattaccagcagtggctttcgccgcacccccac
caaagtaatcaaccagcacaaaaactggcacaccggcaaaaccatccccatatgcagcat
ttccatcaggagcacacggataactggcagcgttacgaagaacagagttcaaatccttat
atggtaatctctgctcaccaccatcatttgagtccacgactgggaaatcaaacccatcag
aattcctctccatcaggacacatcggttcagatgttgctcataaaagcttatgtggactc
gaatcgctggttgatcaaataccagcaataagagagcaagattgtagcaatataccacca
gcgacagtagcggcagcagcggctgctgttgaaagtcgtctcttaagtttgcagcaccaa
attccacatcagcaacatcagctggaaccacatcaaccacaacaccaacaaaatcaacag
cagcaactaaagcaatgcaatcaagaggactccgcacagggagaatcttgtagagctaca
agggagaatagcaatgtgagcaataacaatttctcggtaagcagtctagtcgcttctgtt
tcgtctgcaagaactgacaacgcagcagtatatggcaacggagaaacaaagggcatcgat
gaaagtagccataataacaacaattttggcaacaatattgactatgccattcataatcaa
tcgggttatcatcatcatgcacctcaactgattggtagcgccctaggcacaaatgttaat
aattctgagcctaatattcatacgatttcccatcctcatccacctcactcacatccgcat
ccgatgtatgtggaccaagcgcaccacatggcacatatctcatccataaatgtaaattct
atgtatggcccggcgtatggatcccacccacagcataatacaggagaatatgcgggaaca
cacggtcactatagtcttagcggtagcgttcagactactggaccaacaagtacttcaact
ttacatgttccgagtccaaattatccatttggacaccacccatatggtcatacgccacac
caagcaaactacccaggctatactcatccacatactcaccatcaccatagtcatttgacc
gtgtttgatcacttaaagccgtccgacataagtggatacggcggtttttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (12)   

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