KEGG   Daucus carota (carrot): 108203967
Entry
108203967         CDS       T05350                                 
Name
(RefSeq) helicase and polymerase-containing protein TEBICHI
  KO
K02349  DNA polymerase theta [EC:2.7.7.7]
Organism
dcr  Daucus carota (carrot)
Brite
KEGG Orthology (KO) [BR:dcr00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:dcr03400]
    108203967
Enzymes [BR:dcr01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     108203967
DNA repair and recombination proteins [BR:dcr03400]
 Eukaryotic type
  Other factors with a suspected DNA repair function
   DNA polymerases
    108203967
SSDB
Motif
Pfam: DNA_pol_A POLQ_helical HTH_61 DEAD Helicase_C ResIII LAMTOR Helicase_dom4_arc HHH_5
Other DBs
NCBI-GeneID: 108203967
NCBI-ProteinID: XP_017228671
Position
1:1973475..1995312
AA seq 2170 aa
MASNSPRSRVNQFYASKKKSKGASPLLKSKLVEKDARVTLDASPSGKGSLEGFLVTSQDD
LPPAGSLQTANCSSARTDFVKRKLELDVRLSSKDENEEVYLGGEGPCQMAKASGEAQQKK
LKTSDVGDFSSKGLGKDTSDSSYGLKNPELKQFAADFLSLYCSKEVPPCTAKRQGSPSSI
ASEEKLQKRRHFSNDECQYLTKGEETCSGEKFNEQVQRQPNVIAKSEVAANNFSREVIVN
DSSINFRGSLKKCENTLVDMACCGTPGPLISNGGARETPKSMHGSSIFSPGETFWNEAVK
IADGLLAVNKNIPVKVVQQIKDTDKSCKTRNLDMLTDEHHPKQSNVIEYEGPKRICDAGS
ASLALRRENENNLEKVVSPMPVKHFDFSSEEKAYQKEAQSDQSEHILKADEQGRCYSTNH
KPLQRGHIASQMSNELPELHVSTSQKIVDNLLGVNASSTSNTPNNEFRFSSATHSCSEEL
TPSSFLSPKDRLDIINWLPSEICNTYRKRGISKLYPWQVDCLQVDGVLQRRNLVYCASTS
AGKSFVAEILMLRRVLSTGKMALLVLPYVSICAEKAEHLEALLEPLDKHVRSYYGNQGGG
TLPKDTSVAVCTIEKANSLLNRLLEEGRMSEVGIIVIDELHMVGDQSRGYLLELMLTKLR
YAAGDGSTELSSGESSATSTTSGKNDPAHGLQIVGMSATLPNVAAVADWLQAALYQTDFR
PVPLVEYIKVGNTIYNKSMEIIRTIAKGAELGGKDPDHIVQLCNEVVQEGHSVLMFCSSR
KGCESTAAHIAKYLKKFSANSCSDQTEFSDINSAIDTLRRSPAGLDPVLETTLPSGVAYH
HAGLTVEEREVVESCYRKGLVRVLTATSTLAAGVNLPARRVIFRQPRIGRDFIDGTRYRQ
MSGRAGRTGIDTKGESVLICKPEEVKRILGLINDSCPPLHSCLSEDKNGMTHAILEVVSG
GIVQTARDIHCYVRCTLLNSTKPFEDVVRSAQDSLRWLCQKKFLEWSEDTKLYSSTPLGR
ASFGSSLCPEESLIVLDDLSRAREGFVLASDLHLVYLVTPINVDVEPDWELYYERFMELS
PLDQSVGNRVGVQEPFLMRMAHGAPVRTSNRSRDITKGFQGRSETRHGVLSHGMLSDDQS
LRVCKRFYVALILSRLVQEIPVTEVCGAFKVARGMVQALQENAGRFASMVSVFCERLGWH
DLEGLVAKFQNRVSFGVRAEIVELTTIPFVKGSRARALYKAGLRTPQAIAESPIPEIVKA
LFESSAWAAEEGSAQRRIQMGVAKKIKNGARKIVLDKAEEARVAAFSAFKSLGLEVPHFP
PAQLPTAAGSASRKERSTSPVEEAMSSIILEHGKPISTRQSLEMRTIKDKVSSDAGEVPK
KLSDGGIEIPGAASEVGNMHDAKNIAVGGKESTTYEFKSSVNCISNTETAVSSPLKATAA
GNRLDNKCVNNIRPNPGLEGNESHYGKDTASEKGPINAAKTPGGFESFLDVWDSREDFFF
DIHFNKRSEFNSLAPFEIHGVAICWENSPVYYINLPKDLFSSENESNNNVSVNMSNSKKN
LFAQKQLIEVAKRRWDRISRILGREDVRKFGWNMKIQIQALKNPAFSIQRFVGLNLGSKS
LGLELVDSSYYMFSPIHVKRGVDLCIVAWILWPDEERSSNPNLEKEVKKRLSSEAAAAAS
RCSRWKNQMRQAAHNGCCRRVALSRALYSVLWKLLTSEELMEALLTIESPLVNILADMEL
CGIGVDMEGCIRARHLLGRKLKCLEKEAHRLAGMTFSLYATADIANVLYQRLKLPIPEGY
NKGKQHPSTDKHCLELLRHEHPIIAIIKEHRTLAKLLNSTLGSICSLARLSMRTQKYTLH
GHWLQTSTATGRLSMEEPNLQCVEHMVDFQMSDSEKGECTDGDNYRISPRDFFVPTQENW
LLLAADYSQIELRLMAHFSKDPSLVELLSKRKSDVFRIIAAKWTGKMESSVSSIEREQTK
KLIYGILYGMGANSLAEQLECSSEDAAEKIQSFKRSFQGVASWLREAVISCRQKGYVETL
KGRKRFLANIKFGNSKEKSKAERQAVNSICQGSAADIIKIAMINLHSALVQDVSGSDLST
SLEGSHLKGRCRILLQVHDELVLEADPSVMKEAGLLLQKTMESAATLLVPLHVKLQVGRT
WGTLEPFSLE
NT seq 6513 nt   +upstreamnt  +downstreamnt
atggcaagcaattctcctcggtctcgcgtcaatcagttttatgcttcaaagaaaaaaagc
aagggggcatcacccctgttaaagtcaaagctggttgaaaaagatgcaagagttactctc
gacgcatctcctagtggtaaaggttctttagaaggctttttggtgacttcacaagatgat
ctacctcctgcaggatccttgcagactgccaattgttcatcagctaggacagatttcgtt
aagaggaaattggaattggatgttagattatcttcgaaagatgagaatgaagaagtctat
ttaggaggtgaagggccttgtcagatggctaaagcttctggagaggctcaacaaaaaaaa
cttaagacatcagatgtgggtgatttttcttccaaaggtcttggaaaggacacctcagat
tcttcatatggtttgaaaaaccctgaactcaaacagtttgcagctgactttttgtcactg
tattgcagcaaagaagttccaccctgcacagctaaacgacagggtagcccctcttcgatt
gcgtcagaagaaaaattgcaaaagaggaggcattttagtaatgatgagtgccagtacctt
accaagggtgaagaaacttgttcaggtgaaaaatttaatgaacaggttcagcgtcagcct
aatgtcattgctaaatctgaagttgctgcgaataatttttcaagagaggtgattgtgaat
gacagttccataaactttcgaggaagcttaaaaaaatgtgaaaatacattggttgatatg
gcttgctgtggcacacctggacccctaattagcaatggtggagctcgtgagactcccaaa
tcaatgcatggaagctccatattttctcctggagaaactttttggaatgaagcagtcaaa
atagctgatggtttgctggctgtaaataaaaacattcctgttaaggttgttcaacaaata
aaagatactgataagtcgtgtaagaccaggaacttggacatgctgacagatgagcatcat
cccaagcagtcaaatgtgatagaatatgaaggtccaaagcgaatctgtgatgcaggaagt
gcttcattagcactacgcagggaaaatgaaaacaatctagagaaggttgtgtccccaatg
cctgtcaagcattttgatttctcttctgaggagaaagcttatcagaaagaagcacaatca
gatcaatctgaacacatacttaaagcagatgaacaagggaggtgctattctacaaatcat
aagcctctgcaaaggggtcatatcgcatcccaaatgagtaatgagctacctgaattacat
gttagcacatcacagaaaattgttgacaatttattaggggttaatgccagcagcacatct
aataccccaaacaacgaattcaggttctccagtgccactcatagttgtagtgaagaactt
actccatcaagcttcctgtcccctaaagatcgtctggatatcatcaattggcttccatct
gagatatgcaacacatatcgtaaaagaggaatatcaaaactatatccatggcaggttgac
tgccttcaggttgacggtgttttacagcgaagaaatcttgtgtattgtgcatctacaagt
gctggcaaaagtttcgttgctgaaattctaatgctgcggcgggtcttgtcaactggaaaa
atggcacttcttgtacttccatatgtatcaatttgtgcagaaaaggcagaacatcttgag
gcccttctggaaccacttgataagcatgtccggagctattatggaaaccaagggggtgga
actcttcctaaagacacctctgtagctgtttgtacaattgagaaggcaaactcgttgcta
aacagattgttagaagagggtcggatgtcggaggttggaattattgtgatagatgagctg
cacatggtaggggaccaaagtagaggttacctattagagctcatgttgaccaagctacgg
tatgctgctggtgatgggagtacagaattatcttctggtgaaagttccgctacaagtaca
accagcggaaaaaatgatcctgctcatggtcttcaaattgtagggatgagtgctaccttg
ccaaatgttgctgcagttgctgattggcttcaagcagcattataccagacagattttcga
ccagttccacttgtggaatacattaaagtcggcaatacaatttataacaaaagtatggaa
atcatcaggaccattgctaaaggagctgagcttggcggtaaagatccagatcatattgta
caattatgcaatgaggttgttcaagagggtcactcggtgctgatgttttgctcaagtaga
aaaggatgtgaatcaactgctgcacatattgcaaaatatctcaagaaattttctgctaac
tcttgcagcgaccagaccgagttcagtgacataaattctgctatagatacattgcgaagg
tctccagctggattggatcctgttctagaaacaactcttccttctggtgttgcatatcac
catgccggacttactgttgaagaaagagaagttgttgagagctgctatcgaaaaggactt
gtacgtgtcttgactgcaacatcaaccttagctgcaggtgtcaatctgcctgccaggagg
gttatttttcgacagcctaggattggtcgtgattttattgacggaacaaggtacaggcag
atgtctggtcgagctgggaggactggaatagataccaaaggcgagagtgtgctgatctgc
aagccggaagaggttaaaaggatactgggactcattaatgacagctgtccgccgttgcac
tcttgtctgtccgaagataaaaatgggatgacccatgcgatattggaagttgtctctggt
ggaattgttcaaacagctcgtgatattcattgttatgttaggtgcactctcttaaattca
acaaaaccatttgaagatgtagtgagatctgcacaagattctttgaggtggttatgccaa
aagaaatttcttgaatggagtgaagatactaagctgtatagcagtacacctcttggtcgt
gcatcatttggtagttctctgtgtcctgaagaatcattaattgtgctggatgatctttcc
cgggcaagagaaggatttgtacttgcatctgatctgcatctagtttacttggtaacaccc
attaatgttgatgttgagccagattgggaattgtattatgaaagattcatggaattgtct
ccacttgatcagtctgtaggaaaccgcgttggagtacaagaaccttttttgatgcgcatg
gcccatggtgctccagtacgcacctcaaatagatcaagggatatcacaaaagggttccag
gggaggtctgaaactagacatggtgtattaagccacggcatgctttctgatgaccaatca
cttcgagtgtgcaagcgcttttatgttgctcttattctgtcaagactcgtacaggaaata
cctgtgactgaggtttgtggagcctttaaagtggcacgaggcatggttcaagccttgcag
gaaaatgctggaaggttcgcttcgatggtttctgtattctgtgagaggcttggttggcat
gatcttgaaggcttagtagcgaagttccaaaatcgcgtatcctttggagtcagagctgag
attgtagagctgactactatccctttcgttaagggatctagagcaagggcactttataaa
gctggtttgcggacacctcaagcaattgccgaatctccgatacctgaaattgttaaagca
ctttttgaatcttcagcttgggctgcagaagagggttcagcacagcgtcgaatacaaatg
ggagtagctaaaaaaataaagaatggtgctcgcaagattgttttagataaagctgaagag
gcaagggttgctgctttctcagctttcaaatccctcggacttgaggttccccatttccct
ccagcacaactaccaactgctgcaggcagtgccagcagaaaagaaagatccacctctccc
gtggaagaggcaatgagtagtattatattagagcatggaaaaccaatttcaacgagacag
tctttggaaatgcgtacaattaaggataaagtaagttctgatgctggagaagtaccaaaa
aaactgtctgatggtggaattgaaatacctggagcagcatctgaagttggaaacatgcat
gatgcaaaaaatattgctgtaggaggtaaagagtcaactacttatgagtttaaaagtagt
gttaactgcatcagcaatacagaaacagcagtgtcttctccccttaaagcaacagcagct
ggaaacaggttagataacaagtgtgtcaataatattaggccgaatccaggattggaagga
aatgaaagccattacggtaaggatactgcttctgaaaaaggtccaatcaatgcagccaaa
actcccggtggatttgaatctttcttagatgtctgggatagtagagaagatttctttttt
gatattcatttcaacaaacgatctgaatttaactccctcgctcccttcgagatccatggg
gtagcaatttgttgggaaaattcgcctgtgtactatattaaccttccaaaggatttattt
tcgtcagagaatgaaagtaataataacgtttcagtaaacatgtctaattctaagaagaac
ttatttgcacaaaagcagctgatagaggttgccaaaagaaggtgggacaggatttctcga
attttggggagagaagatgtcagaaagttcggctggaacatgaaaattcaaatccaggca
cttaaaaatcctgccttttcaattcagagatttgttggcctgaaccttggttcaaagagt
ttgggcctagaacttgttgatagctcatattatatgttttctccgattcatgtaaaacgt
ggagtcgacctctgcattgttgcctggatcctttggcctgatgaagagagaagctcaaat
ccgaatcttgaaaaggaagttaaaaaaaggttatccagtgaggcagcagcagctgctagt
cgttgcagtagatggaaaaatcaaatgcgtcaagctgcacataatggttgctgtcgacgt
gttgcactatcacgggccctatattctgtactgtggaaacttttgacttctgaagaactc
atggaagcgctattgaccattgaatcccctctggttaatattcttgcagacatggagctt
tgcgggattggtgttgacatggagggatgtatccgggctcgccatctattaggaagaaag
ctaaagtgtcttgagaaggaagctcataggttggctggcatgacattttccttgtatgca
acggctgatattgcaaatgtactctatcagcggttgaagctgccaataccagaaggatac
aataaagggaaacaacatcctagtactgataagcattgcttggaattactaaggcatgag
catccaatcattgctatcattaaggagcacagaacattggcaaaactccttaattctacg
ttgggatcaatatgctctcttgccaggctttctatgaggacacaaaaatacactctgcat
ggacattggctccagacatcaacagcaactgggcgactatcaatggaggaacctaatctc
cagtgtgtcgagcatatggtggacttccaaatgagtgacagtgaaaaaggggaatgtaca
gatggcgacaattacagaatcagtccccgtgatttctttgtccctactcaggagaattgg
ttactgctagcagctgattattctcagatagaactaagactgatggcacacttttctaaa
gatccgtcattagttgaactcctcagtaaacgcaaaagtgatgtctttaggataattgct
gcaaaatggacaggaaagatggagtcctctgtcagttctattgagagagagcagactaag
aagttgatctatgggattttgtatggaatgggtgcaaattctctcgctgaacaactagag
tgcagttcagaagatgctgcagagaagattcagagctttaaaaggtcgtttcagggtgtt
gcttcctggcttcgagaagcagtaatatcatgccgtcagaaaggatatgtggagaccctc
aaaggaagaaagcgttttttggcaaacattaaatttggaaatagtaaagaaaaatctaaa
gctgagcgacaagctgtgaattctatatgtcaggggtctgctgctgacattatcaaaatt
gcaatgattaatctacactctgcacttgttcaagatgtcagtggctctgatttgagcact
tcactcgaaggatctcatctaaaaggccgctgccgaatacttttacaggtacatgatgaa
ttagtacttgaagctgatccttcagttatgaaggaagctggattattgcttcaaaagacc
atggaaagtgccgctacacttcttgttcctttgcatgtcaagctgcaggttgggagaaca
tgggggactttggagcctttttctcttgaatag

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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 (9)   
   Pfam (9)   
All databases (20)   

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