Lycorma delicatula (spotted lanternfly): 142319181
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Entry
142319181 CDS
T11193
Symbol
PolD1
Name
(RefSeq) DNA polymerase delta 1, catalytic subunit isoform X1
KO
K02327
DNA polymerase delta subunit 1 [EC:
2.7.7.7
]
Organism
lda Lycorma delicatula (spotted lanternfly)
Pathway
lda03030
DNA replication
lda03410
Base excision repair
lda03420
Nucleotide excision repair
lda03430
Mismatch repair
lda03440
Homologous recombination
Brite
KEGG Orthology (KO) [BR:
lda00001
]
09120 Genetic Information Processing
09124 Replication and repair
03030 DNA replication
142319181 (PolD1)
03410 Base excision repair
142319181 (PolD1)
03420 Nucleotide excision repair
142319181 (PolD1)
03430 Mismatch repair
142319181 (PolD1)
03440 Homologous recombination
142319181 (PolD1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
lda03032
]
142319181 (PolD1)
03400 DNA repair and recombination proteins [BR:
lda03400
]
142319181 (PolD1)
Enzymes [BR:
lda01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.7 Nucleotidyltransferases
2.7.7.7 DNA-directed DNA polymerase
142319181 (PolD1)
DNA replication proteins [BR:
lda03032
]
Eukaryotic type
DNA Replication Elongation Factors
DNA polymerase delta complex
142319181 (PolD1)
DNA repair and recombination proteins [BR:
lda03400
]
Eukaryotic type
SSBR (single strand breaks repair)
BER (base exicision repair)
Long Patch-BER factors
DNA polymerase delta complex
142319181 (PolD1)
MMR (mismatch excision repair)
DNA polymerase delta complex
142319181 (PolD1)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DNA_pol_B
DNA_pol_B_exo1
zf-C4pol
POL3_N
REV3_N
divDNApol
DNA_pol_B_2
Motif
Other DBs
NCBI-GeneID:
142319181
NCBI-ProteinID:
XP_075212278
LinkDB
All DBs
Position
2:complement(119619615..119710815)
Genome browser
AA seq
1123 aa
AA seq
DB search
MDKKRKQFGKMNTSGGNKKFRSNFEDDDELPSSFEAELAIMEQMEVDSSEVDSPDFEFKG
QDDESTSHICASKQTGNNPVGPDTVQTSEKWSRRPPPKINPTVDKLEFQQIDIDHYSGSP
LANMPGSQIGPVPIMRMYGVTMEGHSVCCHVHGFSPYFFVVAPRGFNNSQCKPFKDALNR
AVLADMRSNKESVQVAVLMVETMYRQNLFGYHADKTLFIKITVALPRLIAACKRLLDRDN
IFPAFQGHSYQAFESNIDFDIRFMVDTGLVGCSWVELPPGSWKLRGKDLHPYANSLMPCM
SRCQLEVDVSWESLICHPPEGEWSKVAPFRILSFDIECAGRKGIFPEPEHDPVIQIANMV
MCQGESEPFIRNVFTLDTCAPIIGCQVISCSKEVEMLEKWSSFVREVDPDIFTGYNINNF
DFPYLINRSKKLNAKNFTFLGRIKDIRSIVRDHVLQSKQMGRRENKSVNFEGRVPFDLFL
VLIRDYKLRSYTLNAVSFHFLQEQKEDVHHNIITDLQNGTPQTRRRLAVYCLKDAYLPLR
LLEKLMCIINYMEMARVTGVSLGSLLTRGQQIKVVSQLLRKAKEQGYLMPAHQGGVQDDQ
FEGATVIEPKKGYYADPIATLDFSSLYPSIMMAHNLCYTTLLQGNSKDKLGLTPDQYSKT
PTNNYFVKSSLRKGLLPEILESLLSARKKAKADLKSETDPFKQKVLDGRQLALKISANSV
YGFTGAQVGKLPCLEISASVTSYGRTMIEQTKTEVEQRYCIANGYKHDAVVIYGDTDSVM
VKFGIKTLEEAMELGREAAEYVTSKFIQPIKLEFEKVYFPYLLINKKRYAGLYFTRPDKY
DKMDCKGLETVRRDNSPLVANMINTCLQKLLIDRDPDGAVNYAKQVISDLLCNNIDISQL
VITKELTKSDYAAKQAHVELANKMRKRDPGTAPKLGDRVPYIIVAASKGTPAYQKAEDPI
YVLENSIPIDFSYYLENQLSKPLLRIFSPILGDKAESILLRGDHTRTKAVVTSRVGALSA
FTKKKETCLGCKSILPASEEHSPVCKFCLSSEANLYQRELSKYQSLEDRFSRLWTQCQRC
QGSLHEEVLCTSRDCPIFYMRKKVQMDLVTQDKVMERFGDPTW
NT seq
3372 nt
NT seq
+upstream
nt +downstream
nt
atggataaaaagagaaagcagtttggaaaaatgaatacatctggaggaaataagaaattt
cgatcaaattttgaagatgatgatgaattgccaagttcttttgaggcagaactggccatc
atggagcaaatggaagtggatagttctgaagttgattctcctgattttgaatttaaagga
caggacgatgaaagtaccagccacatttgtgcatcaaaacagactggaaacaatccagtg
ggtccagatacagttcagacgagtgagaaatggagtcgccgtccacctcctaaaattaat
ccaactgtagataaactggagtttcaacagattgacattgatcattactcaggttcacca
ttggccaatatgccaggatctcagattggacctgttcctataatgagaatgtatggtgtt
acaatggaaggtcactctgtttgttgtcatgttcatgggttttcgccatatttctttgtt
gttgctcctagaggttttaacaattcacaatgtaaaccatttaaggatgcgctgaacagg
gcagtcttagcagatatgagaagtaataaagaaagtgtacaggtagctgttttgatggtt
gagactatgtatcgtcaaaatctatttggttatcatgctgataaaacactcttcattaaa
attacagttgcattacctcgtcttatagctgcatgtaagagactacttgatcgtgacaac
attttccctgcatttcaaggtcatagttatcaggcatttgaatcaaatattgattttgat
ataagatttatggtggatactgggctcgttggttgcagttgggtagaacttcctcctggt
agttggaaacttagaggaaaggatttacatccatatgctaatagtttaatgccatgtatg
tctcgttgtcagcttgaggttgatgtctcttgggagtcattgatatgccatcctcctgaa
ggtgaatggagcaaagttgcacctttccgtattttgagttttgatattgaatgtgctggt
aggaaaggaatttttccagagcctgagcatgatcctgttattcaaattgcaaacatggta
atgtgtcaaggagaatctgaaccgtttattagaaatgtttttacattagatacttgtgct
cctattatcggttgtcaggttattagttgcagtaaagaagttgagatgttagagaaatgg
tcatcgtttgtgcgtgaagtcgatcctgatatttttacaggctacaatataaataatttt
gactttccataccttattaatagatctaaaaagttaaatgcaaaaaatttcacctttctt
ggaagaatcaaagatataagatctatagtgagagatcatgttctacaaagtaaacagatg
ggcaggcgagagaataaaagtgttaattttgaagggagggttccttttgatctttttctg
gttttaattcgagattataaattaagatcatatactttaaatgctgtgagttttcatttc
ttgcaagaacaaaaagaggatgttcatcacaatattataactgatcttcagaatggaaca
ccacaaactagaagaaggttagctgtctactgtttaaaggatgcttatttacctcttcgc
ttgttagagaagcttatgtgtattatcaattacatggaaatggcaagagtaactggtgtc
tctcttggaagtcttctgaccaggggccagcagattaaagttgtttctcaacttttaagg
aaggcaaaagaacaaggatacttaatgccggcacatcaaggaggagttcaggatgatcaa
tttgaaggtgcaactgttattgaacctaaaaagggatactatgcagatcctatagcaacg
cttgactttagctccctatatcctagtataatgatggctcataatttatgttatacgaca
ctgcttcaaggaaattctaaggataagcttggtttgactcctgatcagtattcaaagacc
ccaacaaataattattttgttaagagctccttgagaaagggtctgcttccagaaatattg
gaaagtcttcttagtgctagaaaaaaggcaaaagctgatttgaagagtgaaactgatcca
tttaagcagaaagtcttagatggcaggcaattagcacttaaaattagtgctaattcagtt
tatggttttactggtgctcaagttgggaagctaccttgtctggagatctctgcaagtgtc
acatcttatggacgtaccatgattgaacagacaaagacagaggttgaacaacgttactgc
attgcaaatggttataagcatgatgctgttgttatatatggtgacacagattctgtgatg
gtaaaatttggaatcaagactttagaagaggctatggaattaggaagagaggctgctgaa
tatgttacttcaaaatttattcaacctataaaattagaatttgaaaaagtttattttcca
tatttgttgataaataagaaaaggtatgctggtttgtacttcactcgtcctgataaatat
gataaaatggattgtaagggtttggaaacagttcgacgtgataattcaccccttgttgct
aacatgataaatacttgtttacagaaattgcttattgacagggatcctgatggtgctgtg
aattatgctaagcaagttattagtgatttactctgcaacaatattgatatctcccaatta
gtaattactaaagagttaacaaagtctgactatgctgctaaacaagcacatgttgagtta
gcaaacaaaatgaggaaacgagatccaggtactgctcctaagcttggtgatagagttcca
tacattattgttgctgcaagtaagggaactccagcctatcaaaaagctgaggatccaatt
tatgtgttggaaaatagtatcccaattgacttcagctactatttagaaaatcaattatcc
aaacctttattaagaatattttctcccatccttggtgacaaggctgaatcaattctttta
cgtggtgatcacacaagaactaaagcagtagtaacttcaagagttggagctttatcagct
tttactaagaaaaaagagacttgtcttgggtgtaaaagcattcttccagcttcagaagag
cacagcccagtttgtaaattttgtttatctagtgaagccaacctgtatcaaagggaactt
tctaaatatcagtcccttgaagatagattctcacggctatggactcagtgccaaagatgt
caaggaagtcttcatgaagaagttctttgtacaagccgagattgcccaatattttatatg
aggaaaaaagtacaaatggatttggtcactcaagataaagttatggaaagatttggagat
ccaacatggtga
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