Lycorma delicatula (spotted lanternfly): 142326286
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Entry
142326286 CDS
T11193
Symbol
Top2
Name
(RefSeq) DNA topoisomerase 2 isoform X1
KO
K03164
DNA topoisomerase II [EC:
5.6.2.2
]
Organism
lda Lycorma delicatula (spotted lanternfly)
Brite
KEGG Orthology (KO) [BR:
lda00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
lda03032
]
142326286 (Top2)
03036 Chromosome and associated proteins [BR:
lda03036
]
142326286 (Top2)
Enzymes [BR:
lda01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.2 DNA topoisomerase (ATP-hydrolysing)
142326286 (Top2)
DNA replication proteins [BR:
lda03032
]
Eukaryotic type
DNA Topoisomerases
142326286 (Top2)
Chromosome and associated proteins [BR:
lda03036
]
Eukaryotic type
Chromosome condensation proteins
Other regulators of chromosome condensation
142326286 (Top2)
Centrosome formation proteins
Centriole proteins
142326286 (Top2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNA_topoisoIV
TOPRIM_C
DNA_gyraseB
Toprim
HATPase_c
DTHCT
Motif
Other DBs
NCBI-GeneID:
142326286
NCBI-ProteinID:
XP_075224762
LinkDB
All DBs
Position
6:complement(139673102..139800246)
Genome browser
AA seq
1618 aa
AA seq
DB search
MSMSNDLVRLTNGVSSAEEGGGGDAAPPASKPTKSSKLTVEKTYQKKSQLEHILLRPDTY
IGSVETTTEPMWVYDAETQSMIKREISYVPGLFKIFDEILVNAADNKQRDPSMNLIKIDI
KPEENLISVWNNGKGIPVVIHKDEKMYVPTMIFGHLLTSSNYNDEDEKVTGGRNGYGAKL
CNIFSKSFIVETSSKEYKKTFRQKWVDNMTKTTEPRILDDSAEDFTKVTFSPDLEKFKME
KLDKDIVDLMSRRACDVAASTGGVKVVLNGKNLQIKSFKDYIDLYVKNKRDGDDNPLKIV
HEKVNPRWEVAVTVSDHGFQQISFVNSIATTKGGRHVDYIVDMIVKSLIATIKKKNKGGM
VLKPFQVKNHLWVFVNCLIVNPTFDSQTKENMTLQAKNFGSKCSLSDKFNQNVTKCGVVE
SLLLFAKSKEQDQLQKTSGKMKSKISGVPKLEDANDAGVQKNDKCMDCTLILTEGDSAKS
LAVSGLGVIGRDKYGVFPLRGKLLNVREATHKQILENAEINNIIKILGLKYKTKYETRDD
LRNLRYGRLMIMTDQDQDGSHIKGLIINFFHHFWPSLLRCSFLEEFITPIIKATKNTEVI
SFFSIPEFEEWKRDNDNWHKYKIKYYKGLGTSTSKEAKEYFSNMDRHRIRFKYSGEDCDK
SVVMAFSRKMVDARKKWLTNWMTECKRRQELGLPEDYLYTKDIRYVTYKDFVNKELVLFS
NMDIERSIPSAVDGLKPGSRKVLFTCLKRNDKREIKVAQLAGSVAEHSAYHHGEMSLMTT
IINLAQNFVGSNNINLLQPIGQFGTRLQGGKDAASPRYIFTMLSPLTRLIFHPHDDPLLK
YLRDDNQKVEPEWYIPIIPMMIVNGADGIGTGWMTRIPNYNPREIIDNLKKMIVGEEPSV
MKPWYKNFKGEIDTLGTDRYIFNGEISIINETKVEITELPVGTWTQQYKESVLEVMLNGQ
TEKCPPSITDYKEYNTDTTVRFVVSMTAEKLAAAEREGLHNFFKLQSTFAITSMCAFDKD
NCLKKYDNVTDILRDFFSLRLTYYDKRKSYLEGVLHAEARKLTNQARFICEKCDHVLVIE
NKKKKDMIAELVRRNYDSDPVKAWKLQQDREAMLEEAAGPRSQTEDDDEEESESLVPESA
GPDYDYLLSMTMWTLTKEKKDELLKKRDDKMSELHALQVKTPADLWNDDLDALLIKLNEV
EKKEKEEEEAGVVNPKGKGGKGKAAAGLKAKKNMAVDFMPSPTARRVAPIISDDLKKKVE
RLTAAKVNKGKRTKKKIGEGDEKDEFDMMAEEGMKPLEERIGNSPQLIEKKLKAKKKEKA
EKVQFLGEKPVVKRGPKSPKKSPKKKKNWNSWDGSSSSNEDKSADSDSDVADVGSVIPQR
QTARRSAAAKIKYQFDDDELEDDEEEELIDNAAVLNGGEDEPEIHHDLDDETFSVRPTTP
VNDSEEDEKKKPKKRANPAKTKKAASPPPKKKPALTFDSDSDNDFMKKQPAEKPNESSED
MFDSLLKATKKPSQPVLLSSSDDSPVKEKPPPKKQAKAPAAAKPRKAPVKRAKKDSDSDS
NSDSAVPKTKKSKKKTARDDSDSDVLDSDVEVKPRSTSVSSSRARKVVKYNYDDDDSS
NT seq
4857 nt
NT seq
+upstream
nt +downstream
nt
atgagtatgagtaatgatctagttcgccttacaaatggtgtgtcatctgctgaagaaggt
ggtggaggtgatgctgcacctccagcatccaaaccaacaaaaagttccaagctaacagtt
gaaaagacttatcagaaaaaatctcaacttgaacatattttactcaggccagatacttac
atcggttctgttgagacgacaacggaacctatgtgggtttatgatgcagaaactcagagt
atgataaaacgagaaatatcatatgtgcctggtctttttaaaatatttgatgaaatattg
gtcaatgctgcagataataaacaacgtgatccatccatgaatttaataaaaatagatatt
aaaccagaagagaatttaatatctgtttggaacaatggaaaaggtattccagttgtcata
cacaaagatgaaaaaatgtatgtcccaaccatgatttttggtcatttacttactagttca
aattacaatgatgaagatgaaaaggttactggtggtagaaatggttatggtgctaaacta
tgtaatatttttagtaaatcatttattgttgaaacttcatcaaaagagtacaaaaagact
tttagacagaaatgggtcgataatatgacaaaaacaacagagccaagaatattagatgat
tcagcggaagattttactaaagtaacatttagtcctgatttagaaaagttcaaaatggag
aaactggataaagacattgttgatcttatgtctagaagagcatgtgatgtggctgcttcc
actgggggtgtgaaggttgttcttaatggcaaaaatttacagattaaatcattcaaagac
tacattgatctttatgtaaaaaataaaagagatggtgatgataatccattgaaaattgtg
catgaaaaagttaaccctaggtgggaagttgctgtaactgtttcagatcatggattccaa
caaatatcatttgtaaacagcattgctacaacaaagggtggtcgacatgttgattatata
gtagatatgattgtaaagagcttaattgcaacaataaaaaagaaaaataaaggtggcatg
gtgttaaaaccgtttcaagtaaaaaatcatctttgggtatttgtaaattgcctgattgtt
aatcccacatttgattcacaaactaaagagaacatgactctacaagcaaagaattttggt
tcgaaatgctcattgtctgacaaatttaatcaaaatgtaacaaaatgtggtgttgttgaa
tctcttctactttttgctaagtcaaaagaacaggatcaattacagaaaacatcaggaaaa
atgaaatctaaaatttcaggtgtaccaaaattggaagatgcaaatgatgctggtgtccag
aaaaatgacaagtgtatggattgtacattaatattaactgagggagattcagccaaatct
ttggctgtatcaggacttggtgtaattggaagagataaatatggtgtttttccattacgt
ggtaaattgcttaatgtgcgagaagctactcacaagcagattttggaaaacgcagagata
aataatattataaaaattttaggtctgaagtataaaacaaaatatgaaactagagatgat
cttaggaatcttagatatggccgtttaatgatcatgactgatcaggatcaagatggttct
catattaaagggttaataataaacttctttcatcacttttggccatcactacttaggtgt
tcttttcttgaagaatttatcacacctattataaaagctactaaaaatacagaggttatc
agttttttttcaattccagaatttgaagaatggaaacgtgataatgataattggcacaaa
tacaaaataaaatactacaaaggtttgggtacctccacttccaaggaggctaaagaatat
ttttcaaatatggatcgccatcgtatacgtttcaaatattctggtgaagattgtgataaa
tcagttgttatggcttttagtagaaaaatggttgatgccagaaaaaaatggcttacaaat
tggatgactgagtgcaagcgcaggcaagaacttggtttacctgaagattatctttacact
aaagatatacgttatgttacttacaaggattttgttaataaggaacttgtattattcagt
aatatggatattgaaagatctataccaagtgcagttgatggattgaaacctggttccaga
aaggtactttttacttgtttaaaaagaaatgataaacgtgaaataaaggttgcacagttg
gctggttcagttgctgaacattcagcgtatcatcatggtgaaatgtcattaatgactact
attattaatcttgctcaaaactttgttggcagtaacaatattaatttattacaacccatt
ggtcagtttggcaccagattacaaggtggtaaggatgctgccagccctcgatatatcttc
accatgctcagcccgcttacaagattgattttccaccctcatgatgatccattattgaag
tatcttcgtgatgataaccaaaaagttgagccagaatggtatataccgataattcctatg
atgattgttaatggagctgatggaattggcactggatggatgactagaattcctaactat
aacccaagagaaataatagacaatttaaaaaaaatgattgttggtgaagaaccatctgtt
atgaaaccatggtacaaaaattttaaaggtgaaattgacacattgggcactgatcgatac
atatttaatggcgagataagtatcatcaatgagactaaggttgaaattactgagttgcct
gttggtacatggacacaacagtataaggagtctgtactagaagtcatgctgaatggccaa
actgaaaaatgtccaccatctataacagattacaaagagtataacacggatacaacagtt
cggtttgttgtaagtatgacagcagaaaagttagctgcggcagaacgagaaggacttcat
aatttttttaagttacaatctacgtttgctatcacttctatgtgtgctttcgacaaagac
aactgtttgaagaagtatgacaatgttactgatattttaagagatttcttctcgctacga
cttacatattatgataaacgaaaatcatatctagaaggcgtgctacacgctgaggctaga
aagctaactaaccaagccaggtttatctgtgaaaagtgtgatcatgttttagtgattgaa
aataagaaaaagaaagatatgattgctgaattagttcgtaggaattatgattctgatcct
gtaaaggcatggaaattacaacaggatagagaagctatgttggaggaagctgcaggccca
aggtcacagactgaagatgatgatgaagaagaatctgaaagtttagttccagaaagtgct
ggccctgattatgattaccttcttagtatgacaatgtggacattgacaaaagaaaagaaa
gatgaactactaaaaaaacgtgatgataaaatgtctgagctacatgccttgcaagttaaa
actccagctgatttgtggaatgatgatttagatgctttattaattaaactgaatgaagtt
gaaaagaaagaaaaggaagaggaagaagctggtgtagttaatcctaaaggaaagggagga
aagggaaaagcagcagcaggtttaaaagcaaagaaaaatatggcagttgattttatgcca
tcaccaactgcacgaagagttgctcctattatttcagatgatcttaagaagaaagttgaa
agattaacagcagctaaagtaaataaaggaaaacggacaaaaaaaaaaattggtgaagga
gatgaaaaagatgaatttgatatgatggctgaagaaggaatgaaaccattagaagaacgg
attggcaactctccacaacttattgaaaagaagcttaaagcaaagaagaaggagaaagct
gaaaaagttcaatttttaggtgaaaaacctgttgtgaagagaggccctaaaagtccaaaa
aagagtccaaagaagaaaaagaattggaatagttgggatggatcctcatcatctaatgaa
gataagagtgctgatagtgactcagatgtggctgatgttggttcggttattcctcagcgg
caaacagctcgtagatcagctgctgcaaagataaaatatcaatttgatgatgatgaatta
gaagatgatgaggaagaagaattgatagacaatgctgcagtgctgaatggtggagaagat
gaacctgaaattcatcatgatttagatgatgaaacttttagtgtccgtcctacaacacca
gtgaatgatagtgaagaggatgaaaagaaaaagcccaaaaagagagctaatcctgccaaa
acaaaaaaggctgcatcaccaccacctaaaaagaagccggctttgacatttgattctgat
tcagataatgatttcatgaaaaaacaacctgcagaaaagccaaatgagagttctgaagat
atgttcgattcccttttaaaagctacaaagaaaccttcacagcccgttctactatcaagc
agtgatgattcaccagttaaggagaagcctcctccaaagaaacaagcaaaagcaccagca
gctgcaaaacccagaaaagcaccagtaaagagggctaaaaaggattcagattcagattca
aattctgattcagctgttccaaaaactaagaaatcaaagaaaaagactgcaagggatgac
agcgatagtgatgtacttgattctgatgtagaagtaaaacctagatcaaccagtgtttca
tctagccgtgctcgtaaagtagtcaagtataattatgatgatgatgattcaagttaa
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integrated database retrieval system
