KEGG   Branchiostoma floridae (Florida lancelet): 118412069
Entry
118412069         CDS       T01074                                 
Name
(RefSeq) LOW QUALITY PROTEIN: DNA polymerase theta-like
  KO
K02349  DNA polymerase theta [EC:2.7.7.7]
Organism
bfo  Branchiostoma floridae (Florida lancelet)
Brite
KEGG Orthology (KO) [BR:bfo00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:bfo03400]
    118412069
Enzymes [BR:bfo01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     118412069
DNA repair and recombination proteins [BR:bfo03400]
 Eukaryotic type
  Other factors with a suspected DNA repair function
   DNA polymerases
    118412069
SSDB
Motif
Pfam: DNA_pol_A POLQ_helical HTH_61 DEAD Helicase_C ResIII Helicase_dom4_arc DNA_pol_P_Exo
Other DBs
NCBI-GeneID: 118412069
NCBI-ProteinID: XP_035670583
UniProt: A0A9J7KVH4
Position
3:20327472..20349225
AA seq 3093 aa
MKKLSQTWRQQKHVDGRDRSTERKSHHLGTKMQHESAAQAGAARRRYMGNHPIKVQNVGV
GGRNVRKKLSPGSHGDSCRRSSRLQDRFSPPKVSQGEDGEHTRVMQPVERDGCSTVLIKG
SKMSSTAQHVHNTSFNSSFDFDADMLCAMDKMEENYLHLAGGDKIQQLNTVSDCTDGASA
LNSIHNAADIKRKDSHLKGKSSPNERCGANGKTLYIGKENRETRETDELKCNDVQDNKRS
AATVNRKVIMGNSTNVNDCKSNVKKVSKSSENGEQINKLPSNFVSNSNSPCKHLHNAANV
GFTKCNSNSDHTPEQLLDSCSTGSRKFAGSSLLGPSSGQCSHQNSPTLQAVLCADSDTDS
PDGRVSVKSRTEAAKPDTLMKKVNRTPARGNTNKSFLTSPTSTAVSPGAGSQNPLLLSSW
GLPESVFQCYHDNRITQLFEWQAECLRTGDVLAGKNLVYSAPTSAGKTMVAELLMLKRVL
ETHKKGIFILPFVSVAREKMLYLKTLLFEAGVKVDGYMGGQSPAGGFSSVDVAVCTIEKA
NSLVNRLIEDGKIDQLGIVVVDELHMVGDSHRGYLLELLLTKIRYVTSKTGTDNKETNPV
QIVGMSATLPNLDLLARWLDAELYQTDFRPVPLTECVKVGSTMYNNEMKKVRDFHSVINV
RGDEDQVVGLCYETVSEGHSVLVFCPTKNWCEKLAETIAREFYNINRVPPEEKRTEGFTK
LSELPYVQLNRQVLQDVVEQLRRTPVGLDHMLGRVVPYGVAYHHAGLSFDERDIIEGAFR
QGNLRVLVATSTLSSGVNLPARRVIIRTPMFHGKVLDSLVYKQMAGRAGRKGVDSQGESV
LVCKERERSKATTLIRSGLSPVHSCLHRETGHDVSSSMKRAILEIIAGGVARSPTDVERY
ASCTMLAAGMSDVTTDNTDSAIHSCIQFLLEHEFIRLREIQAEDGSPTQEYQPTQLGSAT
LASALAPDEALVVFADLQRAMKSFVLENELHILFQVTPIYNDWSNLDWYHYLCLYEKLPT
HMRRVAELVGVEEGYLARAVRGRLPVKTPKQLRQLAVHKRFYTALVLQDLTQEVPLPVVV
KKYSCTKGVLQSLQQSAATFAGMVTVFCSRLGWHNLELLLSQFQSRLTFGVQRELVELVR
ISLLNGLRARTLFNAGFHTVAMLAAAEVRDVELVLRNAAPFKSGRKADDETEYEAKERET
SRCFWVTGKAGLTEAEAARQIINEAKELVQQDAALMGIDWHPPVSSEEDKDSLQKNSGVR
PQLVSSKKDKDNSQRNSGMTPQPPISSEKDKDILQTNPSVKPQQKTEQTKDDSVTILPKK
QGNKVSVVDFSGSADKQPTGIGSGRPILQSERAGEHVVQKGDTSKVAPVTETKQVTVDKQ
VGKVQESSGCSSLLEDKIDSVAAKRLKAKKNTLCRPPVVPENTASVVGVENIADVQERTG
WKKSSPKTVEKAGSLQTRHIESDQVEQNFEGSDPPKAAEDEDWAHSEDMYGDDGFVAGQK
EEHKEEVPVAMVSQNGTGSLICPSSLHTDKPAMQTLGKHGRIVEAQVIVHREDVLSQQII
SSSEVNTQSGPPDKSKHKLATSCLRAASSKHLQAAVGTISHNTPPKVQCSTKPPKESTPE
LYTIPDGFDDTFTLDTQTELLVENLSPNKGPGRNESIIPQQGRSTPPGDGPNKDMEENDA
GQQNHISNSPSYSPLSNYRGTPMIERTTPAQPSSALSFGSVDSQLDKFMCDFVTQQDVSL
TQLLLTSRSKGHFKQTSLVQILXKGPHSDVISSPKDSVEQCPYQSQELFESEPSPTNSNS
SKAFLSQDCELFNDSGEFVPASDFDRAGFVSQVDVFDSSQQSLQALGKLKELKNVKTVLG
GTYASKSSGHKAKHVQPESGLSKQEFPPKQDITATQAKANIVQGHGQYDYRFLEEDLALA
LDMSESFGSVSPKENQTKGSNALGESFSASCINARSVKVIGHGHKRGSSAEDDISRSAQG
MVQDADRKAQNQREKNNLSFNDDLDLALCLSESFSTSDEPVENCSKGKLQQYGHHSDGPI
ADCEKDEAVSSSSVLGRYDSCNREIGNADNRLQHGNKSGKTETVYTGLLGDRGQNQERKD
LQNPCDLSPGTASFLNSLISSTKKGKTHQHQGVSRNKTLSERKVTEKDHKQPRRKRRSNE
MSEDSNDNGNVTPPKRSKHRGKPCQEHDQEKRVKSKMLETTPEKQKEERPNSVNECVPPT
PPKESKANTPRTWYTPNRYTLRARTPARSSNATPRAQSKTSQKTGCRASSSSSMEKTGTP
SRHTYKEQPKEVENLTTGSDVSFSPSSSCTLDPDFLPPSMPSSGSFCVIDVAANKDLFET
FVAEWKTKTNYAIAVACEAFPSQLAQPGVGIGAKFNKGTNLSNKQPETEVDGIPLESEGV
VIVGVGVCWGEKDAYYISLQKHTGQEALSSDTDEDTTDEMIPPPLDDRLPVEERLHNIKS
VLEKGVKSRSRNKITKVLFDLKPQYKALTLGCGITMNGDFEDPKVADWLLDPGAKVKSFH
GTVQRFTPQESYLLQGLGGCFGVGSLAMTVQNSGSGRMRAALECVLTFHLMEELDKLLEA
QGLSTAFRDVEMPSLVTLARMELNGAGFSPVECETQCQIMQAKLRMLEEQAYQLAGHTFA
LTSPDDIAQVLFLELKLPANGDPSSTTNPQPRKTLGTARPARGCKPLKHLSTSKDVLEKL
KKFHALPGVILEWRRISNSLTKVVFPLQKEKVYNPRLNMDRIYGICDLHTATGRVTFHDP
NLQNIPKDFEIEMPTIIGDSPPPGCGETVSKRKGRKVVRRTDGRRVESDGAGQAFSVSLR
HAFIPFQGGVLLAADYSQLELRIIAHLSQDSKLTHVLNSGQDVFKAIASQWKGVAMEDVS
DKLRQQAKQLCYGMIYGIGAKALGEQLGVDEEEGACFIETFKSKYTGMRRYLHTTVDQCK
KDGFVQTMAGRRRYLPGITEGNHHVRCHAERQAVNTTVQGSAADLVKKAMVSIDQKLQKV
FPATRRSHRQGESTATDTQKRSRRSQQPSSPPRGAYLILQLHDELIYEVWREDVQQVAQI
VKHEMENAVKLSVVLPVKVKVGPTWGRLETLDI
NT seq 9282 nt   +upstreamnt  +downstreamnt
atgaagaaactgtcccagacatggcggcaacagaaacatgtggatggaagggacagaagt
acagagagaaagagccatcatttgggtacaaagatgcaacatgagagtgctgcacaagct
ggagctgctaggaggcgctacatggggaaccatcctatcaaggtgcaaaatgttggagtt
ggtggaaggaatgtgaggaagaagctgagccctggtagccatggtgactcctgcaggcgg
tcctcccgactacaggacaggttctcacctcctaaagtctcccagggagaggatggggaa
cacaccagggttatgcaacctgtggaaagagatggttgcagcacagttctcatcaagggc
agcaaaatgtcatctacagcacagcatgtacacaacacctccttcaactcatccttcgac
tttgatgctgacatgctgtgtgccatggacaagatggaagaaaactacctgcatctcgct
ggtggagacaagatacaacaactcaatactgtcagtgattgtacagatggtgcatcagcc
ttaaacagcattcataatgcagcagatatcaagagaaaggattcacacttgaaagggaaa
tcaagccctaatgaacggtgtggtgctaatggtaaaactttgtatataggaaaggaaaac
agagaaacaagagaaactgatgaattgaaatgtaatgatgtgcaagataacaaaaggagt
gctgccactgtaaatagaaaagtcattatgggcaatagcactaatgtcaatgattgtaaa
tcaaatgttaagaaggtgagtaaatcttcagagaatggtgaacagataaacaagttgccc
agtaattttgtatcaaatagtaattctccatgtaaacatttgcataatgctgctaacgtt
ggctttactaagtgcaatagtaattcagaccacacaccagaacagctgctggattcatgt
agtacaggaagtaggaagtttgctggaagttccttgttgggaccctctagtggacagtgt
tcacatcagaatagcccaacactccaagcagtgctgtgtgcagactcagacacagacagt
cctgatggcagggtgtctgtaaagtccaggactgaagctgcaaaacctgacacattgatg
aagaaagtcaacaggacacctgccagagggaacactaacaaaagttttctcacatcccca
acatctactgctgtgtctcctggtgctggatcccagaaccctttgctgctatcctcctgg
ggactgccagaatctgtgttccagtgttaccatgacaacaggatcacccagctgtttgag
tggcaggcagaatgcctgaggactggtgatgtactggctgggaaaaacctggtgtattca
gcccccaccagtgcaggtaagacgatggtagctgagctgctgatgctgaagagggtactg
gaaacccacaagaagggcatcttcatcctgccgtttgtctccgtagctcgggagaagatg
ctttatctcaagaccctgttgtttgaggctggtgtgaaggtggatgggtacatgggtggg
cagtccccagcaggaggcttcagctctgtggacgtggctgtctgcaccatcgagaaggcc
aacagtctggtcaacaggctcatcgaagatggcaaaatagaccagctgggtatagtggtc
gttgatgagttacacatggtgggagactcacaccgtggatatctgttagagctgctcctc
actaagatcagatatgtcaccagcaaaaccggtactgacaacaaggagaccaaccctgtg
cagatcgttggcatgagtgccacgctgcctaacttggacctgttggcacggtggctggat
gctgaactgtaccagactgactttcggcctgtcccattgacagagtgtgtgaaagtgggg
tctacaatgtacaacaatgagatgaagaaagttagagattttcacagtgtaatcaatgtc
aggggagatgaagaccaggtggttggcctgtgttatgagacagtgtctgagggacactct
gtgctggtgttctgtcctaccaagaactggtgtgagaaactggcagaaaccatcgcaagg
gagttctataacatcaacagggtacctccagaagagaaacgaactgaaggttttacgaag
ctgtcggagctgccgtacgtgcagctgaacaggcaggtgctgcaggatgtggtggaacag
ctgcggcgcacacctgttggactagaccacatgctagggagggtggtgccatatggggtg
gcttatcatcatgcaggtttgtcgtttgatgagagggacatcatcgaaggcgctttccgc
caggggaacctgcgtgtgctggttgccacgtcaacgctgtcatcaggagtgaacctgcct
gccaggagggtcatcatcaggacacccatgttccacggcaaggtgctggactctctcgtc
tacaagcagatggcaggcagggccggcaggaagggggtcgactctcagggtgagagtgtg
ctggtgtgtaaggagagagagaggagtaaggccaccacactgatcaggtctggtctcagt
cctgtccacagctgtctgcacagggagaccgggcatgatgtcagctccagcatgaagagg
gccatcctggagataatagcagggggagtggcgaggtctcccacagatgttgagcgctat
gcctcctgcaccatgctggctgctggaatgagtgatgtgaccactgacaacactgacagt
gccatccactcctgtatccagttcctactggagcatgagttcatcaggctacgggagata
caggctgaggatggctcccccactcaggagtatcagcccacccagctaggttcagccaca
ctagcctcagccctggcccctgatgaagcactggtcgtgtttgctgatctacagagggcc
atgaagagttttgttctggagaacgagctgcacattctgttccaagtgacacccatctac
aatgactggtccaacctggactggtaccattacctgtgcctgtatgagaagctgcccacc
cacatgcgcagggtggcggagctagtgggggtggaggaggggtacctggcgcgcgccgtc
aggggcaggctgccggtcaaaacacccaagcaactccgccagctggcagtacacaagagg
ttttatacagcactggtactgcaggatcttacacaggaagttcccctccctgtggtagtg
aagaagtacagctgcacaaagggagttctacagtccctgcagcagtcggcagcaacattt
gcaggtatggtgacagtgttctgcagccggctgggttggcacaacctggagctgctgctg
tcccagttccagtcccgtctcacgttcggtgtgcagcgggagctggtggaactggtgcgc
atctccctcctgaacgggctccgagccaggacactgttcaacgctgggttccacacggtg
gccatgttagctgccgctgaagttagagatgtggagctggtgctgaggaacgctgctcct
ttcaagagtgggcgtaaggctgatgatgagacggagtatgaggccaaagagagagaaacg
tccagatgtttctgggtgactgggaaggcaggcctgacggaagctgaggcagcaaggcaa
atcataaacgaggccaaagaactggtacagcaagatgcagcactgatggggatagactgg
catcctcctgtttcttcagaggaggacaaggacagcttgcaaaaaaactcaggtgtgagg
cctcaactagtctcttcaaagaaagacaaggacaattcacaaagaaactcaggtatgaca
ccacagccacctatttcttcagagaaagacaaggacatcttacaaacaaacccaagtgtg
aaaccacagcagaagactgagcagaccaaagatgacagtgtcacaattcttccaaagaaa
caaggaaataaggtttctgttgttgatttctctggatcagcagataagcagccaacaggt
attgggagtggaagaccaatattgcagtctgagagggctggtgagcatgttgtccagaag
ggtgatacctccaaggttgctcctgtcacagaaaccaagcaagttacagtagacaaacaa
gttggcaaagtacaggaatcctcaggatgttcaagcctcttggaggacaaaattgattca
gtagcagcaaaaagactaaaggccaagaaaaacactttgtgcagaccaccagttgtgcca
gaaaatacagcaagtgttgttggagttgagaacattgcagacgtacaggaaagaactggt
tggaaaaagtcttcacctaaaacagtggaaaaagcaggaagcttacagacaagacatata
gaatcagaccaagtagagcaaaattttgaaggcagtgaccctccaaaagctgcagaagat
gaagactgggcccacagtgaggatatgtatggagatgatggttttgttgctggtcaaaaa
gaggaacataaagaggaagtgcctgtggcaatggtgagtcagaatggcactggtagtttg
atatgtccgagttctcttcacacagacaagcctgccatgcagacattaggcaaacatggg
agaatcgtggaagctcaagtcattgttcacagagaagatgtgttgtcacaacagatcatt
tcatcatcagaggtgaatacacaatctggtcctcctgacaagtccaagcacaaactagca
acatcatgtctaagagctgcttcctccaaacatttgcaggctgcagtcggcactattagc
cacaacaccccaccaaaagttcagtgctcaacaaaaccaccaaaagaaagcacccccgag
ctgtacaccatccctgatggctttgatgacactttcacacttgacactcagactgagctt
ctcgtggaaaacctgtctccaaacaaaggtccaggccgcaatgagtcaataattccacaa
caggggagaagtacacctcctggtgatggtccaaacaaagacatggaggaaaatgatgcc
ggacaacagaaccacatctcaaacagcccaagttactccccactctccaactaccgtgga
accccaatgattgaacgcaccacacctgcacagccatcttcagccttgagctttggttcg
gtagactctcagttggacaagttcatgtgcgactttgtcacccaacaagatgtgtcgctc
acacagcttctcctcacctccaggtcaaaaggtcacttcaaacagaccagcttggtgcaa
attctttaaaagggtcctcacagtgatgtcataagttctccaaaggacagtgtagaacaa
tgcccttaccagtctcaagagctgtttgaatcagagccatcccccacaaacagcaactct
tcaaaagcatttttgagccaagactgtgaattattcaatgattctggagagtttgttcct
gccagtgactttgacagagcagggtttgtgagccaggtggatgtatttgacagtagtcag
caatcattgcaggcattgggaaagttgaaagaactaaaaaatgttaagactgtacttggt
ggtacatatgcttccaaaagttcaggtcataaggcaaagcatgtccaaccagaaagcggc
ttaagtaagcaggagtttccgccaaaacaggacataactgccacacaggcaaaagcaaat
atagtacagggacatggtcaatatgactacaggtttctggaagaagacttggccttggca
ctagacatgagtgaatcctttggctctgtgtctccaaaagaaaatcagacaaaaggaagc
aatgccttgggagaaagtttttctgcttcttgtatcaatgctaggagtgtaaaagtgata
ggccatgggcataagagaggctcaagtgctgaggatgacatatcaagaagtgctcaaggg
atggtgcaagatgctgacagaaaagcacaaaaccagagagaaaagaacaacctctctttt
aatgatgacttagacttagctttgtgtttgagtgagtccttttcaacatctgacgagcct
gttgaaaactgcagcaaagggaagttacagcaatatggtcatcactcagatgggcccatt
gctgactgtgagaaagatgaggctgtttcatcttcctctgttttaggtagatatgacagc
tgcaacagagagataggcaatgcagataataggctgcagcatggaaacaagtctggtaaa
acagagacagtatatactggactgttgggagacagaggtcaaaaccaggagagaaaagat
ctgcaaaatccatgtgatctcagtcctggtacagcatctttcttgaactccttgatttct
tccactaagaaagggaaaactcatcaacatcaaggggtgagcaggaataagactttgtct
gaaaggaaggttacagagaaagatcacaaacagcccagaaggaaaaggagaagcaatgag
atgagtgaagacagcaatgataatgggaacgtcacacccccaaaacgttctaagcacaga
ggaaagccatgtcaagagcatgatcaagaaaagagagttaaatcaaagatgcttgagaca
acaccagaaaagcaaaaagaggaaaggccaaacagtgtaaatgaatgtgtcccacccacc
cctcctaaagaaagtaaggccaacacaccaaggacatggtacactcctaacaggtacaca
cttagggccagaacccctgcccgctcttccaatgccactccacgtgcacagtcaaaaaca
agtcaaaagacaggctgtagggctagtagttcatcatccatggaaaaaactggtacacct
agcagacatacatacaaggagcagcctaaggaagtagaaaacctcaccacaggcagcgat
gtctccttcagtcccagcagttcatgcaccttagacccagacttcctccctcccagcatg
ccctcctctgggtctttctgtgtgattgatgtagcagcaaacaaagacctgtttgagaca
tttgtggctgagtggaagacaaagacaaactatgccattgcagtggcatgtgaggcattt
ccttcacagctcgcccaacctggagtcggaattggggccaaatttaataagggtacaaat
ctaagcaacaagcagccagagactgaagtggatggtatcccactggagtcagaaggagta
gtgatagttggggtaggtgtgtgctggggagagaaggatgcctactacatctctctacaa
aaacatacagggcaagaagcattatcttctgacacagatgaagatacaactgacgagatg
atccctccccctctggatgaccgtctgccggtggaagaacgccttcacaacatcaagtca
gtcttggagaagggagtgaagtcaaggagtcgcaacaagataactaaggttttgtttgac
ctgaaaccccaatacaaagccttaacactgggatgtggcatcactatgaatggagatttc
gaagacccaaaagtggctgattggttgttggacccgggtgcaaaggtcaagagcttccat
ggaacagtgcagcggttcacacctcaagaatcgtacttgctacaaggactgggagggtgt
tttggtgtgggaagcctggccatgacagtacagaactcagggtcaggccggatgagggca
gcgctggaatgtgttttgaccttccacttgatggaggaactggacaagctgctggaggca
caggggctcagcacagcattcagggatgtggagatgccatctctggtgaccctggcccgt
atggagctgaatggggcaggcttcagcccagtggagtgtgagacccagtgtcagatcatg
caggccaaactcaggatgttggaggagcaagcctaccagctggctgggcacacatttgca
ctgactagtcctgatgacatcgcacaggttctgttcctggaactgaagctgccagccaat
ggagacccttcctccacaacaaacccccagcccaggaagaccctgggcaccgcccgccct
gcccggggctgcaaacccctgaaacatctcagcacgtctaaggatgttctggagaagctg
aagaagtttcacgctctccctggggtgattctggagtggaggcgcatctccaactcactc
actaaagtggtcttccctctgcagaaggagaaagtgtacaaccccaggctgaacatggac
aggatctatggcatctgtgaccttcacacggccacaggcagggtgaccttccacgaccca
aacctgcagaacattccaaaggactttgagatagagatgcccaccatcattggggatagt
ccaccccctgggtgtggggaaacagtgtccaagaggaaagggagaaaagttgtgaggaga
acagatggaaggagagttgagtcagacggagctggccaggctttctctgtcagcctgaga
catgccttcatccccttccaaggaggggtgctacttgctgcagactactctcagttagag
ctgaggatcatagctcacctatcccaggattccaagctgacccatgttctgaacagtgga
caagacgtcttcaaggccattgccagtcagtggaagggcgtggccatggaggatgtcagt
gataagctccgacaacaagccaaacagctgtgttatggcatgatctatgggattggagcc
aaggctctgggagaacagctgggagtggatgaggaggagggagcctgcttcatagagact
ttcaagtccaagtacacagggatgcggcggtacctacacaccacggtggaccagtgtaag
aaggacggttttgttcagacgatggcaggacgcaggcgctacctcccaggcatcaccgag
gggaaccatcatgtccgctgccatgcagagaggcaggcggtcaacactacagtacaaggt
tctgctgctgatcttgtgaagaaagccatggtatcgattgaccagaagctgcaaaaagtg
tttcctgccaccaggaggagccacagacagggtgaaagcactgctactgacacacaaaag
agaagtcggaggtcccaacagccgtcctcaccccctagaggagcctacctaatcctgcag
cttcatgatgagctgatctatgaagtttggagggaggatgtacaacaggtggcacagatt
gtgaaacatgagatggagaatgctgtgaagctctctgtagtcttaccagtcaaggtcaag
gtggggccgacatggggccgactggaaacattggacatttga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (19)   

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