Xenopus laevis (African clawed frog): 398512
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Entry
398512 CDS
T01010
Symbol
top2a.L, top2, top2a, tp2a
Name
(RefSeq) DNA topoisomerase II alpha L homeolog
KO
K03164
DNA topoisomerase II [EC:
5.6.2.2
]
Organism
xla
Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:
xla00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
xla03032
]
398512 (top2a.L)
03036 Chromosome and associated proteins [BR:
xla03036
]
398512 (top2a.L)
Enzymes [BR:
xla01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.2 DNA topoisomerase (ATP-hydrolysing)
398512 (top2a.L)
DNA replication proteins [BR:
xla03032
]
Eukaryotic type
DNA Topoisomerases
398512 (top2a.L)
Chromosome and associated proteins [BR:
xla03036
]
Eukaryotic type
Chromosome condensation proteins
Other regulators of chromosome condensation
398512 (top2a.L)
Centrosome formation proteins
Centriole proteins
398512 (top2a.L)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNA_topoisoIV
TOPRIM_C
DNA_gyraseB
DTHCT
HATPase_c
Toprim
Motif
Other DBs
NCBI-GeneID:
398512
NCBI-ProteinID:
NP_001082502
Xenbase:
XB-GENE-970184
UniProt:
Q6INT0
A0A974BW41
LinkDB
All DBs
Position
9_10L:1566729..1589595
Genome browser
AA seq
1579 aa
AA seq
DB search
METEPLQPLENKTAVGKVKKSDNKRLSVERIYQKKTQLEHILLRPDTYIGSVEPVTQQMW
VFDEDEGLNCRDITFVPGLYKIFDEILVNAADNKQRDPTMSCIKITIDPDNNTISVWNNG
KGIPVVEHKVEKVYVPALIFGQLLTSSNYDDDQKKVTGGRNGYGAKLCNIFSNKFTVETA
CREYKKIFKQTWTNNMSNAPDPKIKPFEGEDFTCITFQPDLSKFKMQILDKDIVALMSRR
AYDVAGSSKGVKVFLNGKRLPVSGFRTYVEMYLKDKLDETGNPFKVMHEQVNDRWEVCLT
MSEKGFQQISFVNSIATTKGGRHVDYVADQIVTKLIDVVKKKNKGGISVKPFQVKNHMWV
FVNALIENPTFDSQTKENMTLQSKSFGSKCTLSEKFIKGATSCGIVESILNWVKFKAQTQ
LNKKCSAVKHTKIKGIPKLDDANDAGSRNSLECTLILTEGDSAKTLAVSGLGVVGRDRYG
VFPLRGKLLNVREASHKQIMENAEINNIIKIVGLQYKKNYDDNESLRTLRYGKIMIMTDQ
DQDGSHIKGLLINFIHHNWPSLLKHCFLEEFITPIIKVTKNKQELSFYSIPEFEEWKNNT
ESHKTWKIKYYKGLGTSTSKEAKEYFADMERHRIPFKYAGPIDDAAITMAFSRKKVDDRK
EWLTNFMQDRRERRLHGLPEEYLYGKSTKYLTFNDFINKELILFSNSDNERSIPSLVDGL
KPGQRKVLFTCFKRNDKREVKVAQLAGSVAEMSAYHHGEISLMMTIINLAQNFVGSNNVN
LLQPIGQFGTRLHGGKDAASPRYIFTMLSPLARLLFPALDDNVLKFMYDDNQKVEPEWYI
PIIPMVLVNGAEGIGTGWSCKLPNYDTREIVNNIRRMLDGDEPQQMLPSYKNFKGVIQEL
GPNQFILNGEVSVLDSTTIEISELPARTWTQNYKEQVLEPMLNGTEKTPPLITDYKEYHT
DTTVRFLVKMTEQKLAEAEAAGLHKVFKLQASLTCNSMVLFDHVGCLRKYETVLDILREF
FDLRVKYYSLRKDWLVGMLTAEASKLSNQARFILEKIEGKIVIENKPKKELIQMLVQRGY
DSDPVKTWKQTQEKEEAGELIEEEEAEANATGPDFNYLLSMPLWYLTKEKKEELCKQRDT
KNTELQDLKRKSPTDLYKQDLVAFIDELDSLEAKEREEESQSLAGKVVKGKSGRPQVKKM
QLQEIMPSPHGRRVIPRVTTAMKEEATKKIRKKIKGEDVAKKMEFDDDGGEGDSLNSPEQ
SPEGLTLAERLSKKIKKEPGTKAVKDKKQATLPFKPVKKETKSAFLDSESESDVEELVPR
IAQPRRNAAAKANYILSSDEESAKEESSLKKSIDKSDSEFSDFNPKSDSEDESFVIAKPI
KKPRAAPKKAEKAKKTESPENAPPKNKAVPDIEIDEDTPIMISAPAPAPSAPEPAPRAKV
SSAKVAAVKPAPKKRVQKPKNEDKQPSILDALTKPKATKSKAAAKKPSSDSEDAAPAPKK
TSKATKQQKRKNSDSDSGSDFGPKKKSTTAAAKKRKPMEDDSVIIDFSDSDEMENIVPRA
QAGRQKKPVTYLEDSDDDF
NT seq
4740 nt
NT seq
+upstream
nt +downstream
nt
atggagaccgaacctttgcagcctcttgagaacaaaactgctgtgggtaaagtgaagaaa
agcgacaacaagcgtctctctgttgagcgaatttatcaaaagaagacccagttggagcac
atattgctccgtccagacacctacattggttctgtggagcccgttacacagcaaatgtgg
gtatttgatgaagatgaaggactgaattgcagagacattacgtttgtccctggcttgtat
aaaatctttgatgaaatattggtgaatgcagccgataataaacagagggacccaactatg
tcctgcataaagatcaccatagacccagacaataacaccatcagtgtgtggaataacggg
aagggaattcctgttgttgaacacaaagtggagaaagtttatgtccctgccctgatattc
ggccagttgctcacttccagtaattatgatgatgaccagaagaaagtaacaggtggtcgt
aatggatacggtgccaaactctgtaacatattcagtaacaagttcactgtagaaactgca
tgcagagagtataagaaaatattcaagcagacttggaccaacaacatgtcaaatgcacca
gatccaaagattaagccatttgagggagaagacttcacttgcatcacttttcagcctgat
ctgagcaagtttaaaatgcagatattagacaaggatattgtagccctgatgtcccgcaga
gcttatgatgttgctggctcttctaaaggagtaaaggtgtttctaaatgggaaaaggctt
ccagtatctggcttccgaacttacgttgagatgtacctgaaagataaacttgatgaaact
ggtaatccatttaaagtaatgcacgagcaggtgaatgatcgctgggaagtttgtttgacc
atgagtgaaaagggcttccagcaaatcagttttgtcaacagtattgcaaccacaaaaggt
ggcaggcatgttgattatgtcgcagaccagattgtaaccaaacttattgatgttgtgaaa
aagaagaataaaggcgggatctctgtgaaaccttttcaggtgaaaaaccacatgtgggtc
tttgtgaatgccttgattgaaaatccaacttttgactctcagactaaagagaatatgacc
ttgcagtcaaagagctttggatctaaatgtactctgtcagagaaatttatcaaaggcgca
acaagctgtggaattgtcgaaagtattctgaactgggtaaaattcaaagcacagactcag
ctaaataaaaaatgttccgcagtgaagcacacaaagatcaagggcattccgaaactggat
gacgcgaacgacgctggcagcagaaactctctcgaatgcacacttattctaactgaagga
gactcggccaagacattggctgtgtctggtcttggtgtggtgggaagagatcgctatggt
gtattcccacttcgaggcaaacttctcaatgttagggaagcttctcacaagcagataatg
gagaatgctgaaataaacaacatcatcaagatcgtgggtctgcaatataaaaagaattat
gatgataacgagtccctaaggacactccgttatggaaagatcatgattatgacagatcag
gatcaagacggctcccatatcaaaggcttattgatcaactttatccatcacaactggcca
tccctgctaaaacattgttttttggaggaatttatcacgcctattatcaaggtcacaaaa
aataagcaggaactttcattttatagtatccctgagtttgaagaatggaagaacaatact
gagagccacaaaacctggaaaataaagtactacaaaggtctgggtaccagcacatctaaa
gaggcaaaggaatactttgcggatatggagagacatcgtattcccttcaagtatgcgggc
cctatagatgatgctgcgatcaccatggcctttagccgaaaaaaggtggatgaccgtaag
gaatggctgaccaacttcatgcaagaccgcagggaacggaggctgcatggcttgccagag
gaatacctttatggaaaatccacaaaatatttaacattcaatgactttattaacaaggaa
ctgattttgttctcaaactcggacaatgaaagatccatcccttccttggttgatggttta
aaacctgggcagaggaaagtattgttcacttgcttcaaaagaaatgataagcgtgaagtt
aaggtggcccagttggctggttctgtcgctgaaatgtctgcataccatcatggtgagatc
tctctcatgatgaccatcatcaacttggcacaaaactttgtaggaagcaacaatgttaat
ctcttacaaccgattggtcagtttggcactaggttgcatggtggcaaagatgctgccagt
cctcgatacatcttcaccatgttaagccctctggctcgtttgcttttccctgcactggat
gacaatgtcttaaagtttatgtatgacgacaaccagaaagttgagccagagtggtacatt
cctatcatacccatggttctggtgaatggtgcagagggtattggcactggctggtcttgc
aaacttcccaattatgacacccgtgaaattgtgaacaacattcgtcgtatgctggatgga
gacgagcctcaacaaatgcttcccagttataaaaatttcaaaggcgtgattcaggaactt
ggcccaaatcagttcattctgaatggtgaggtgtctgtgctcgacagcacaactatagaa
atctcagaacttccagccaggacatggactcagaactataaggaacaggtgctggaacct
atgttgaacggaacagagaaaacaccacctctgattactgactataaggagtaccacact
gataccactgtgaggtttctggttaaaatgactgagcaaaagctagcagaggctgaagct
gccggccttcacaaagtcttcaagctgcaggcctctcttacatgtaattctatggtgcta
tttgaccacgttgggtgcttgaggaaatatgaaaccgttcttgacatcttacgggaattt
tttgaccttcgagttaaatactacagccttagaaaggattggctcgtgggcatgctaact
gcagaggcctcaaagctctcaaaccaagccagattcattttggaaaaaatagagggcaag
atagtcattgaaaacaaaccaaagaaagagcttattcagatgctggtccaacgaggatat
gattctgaccccgtcaaaacctggaaacaaactcaggaaaaggaagaagcaggggaactg
atagaagaggaagaggctgaggcaaatgcaactggcccagatttcaattacctactcagc
atgcctttgtggtacctaaccaaagagaagaaagaggagctctgtaagcagagggacact
aagaacactgagcttcaggatctaaagaggaaatctcctactgacctgtataaacaagac
cttgttgcattcattgatgagctagatagtttggaagctaaagaaagggaagaagagtcc
cagtcattagcaggcaaagtggttaaaggcaagagtggaaggccgcaagtaaagaaaatg
cagttgcaggaaattatgccatctccacatggtaggcgtgttatcccaagagtcacaaca
gccatgaaagaggaagccaccaaaaagataagaaagaagattaagggagaggatgttgcc
aagaagatggagtttgacgatgatggtggtgaaggtgacagcttaaattcaccagaacaa
agtccagaaggcctaacacttgctgaaaggttaagcaaaaaaattaagaaagagccaggc
acgaaggctgttaaagacaagaagcaggcaacattaccattcaagccagtgaaaaaagaa
acaaagagcgcattcctggattcagagagtgagtctgatgtggaagagctggtgccgcgt
attgctcagccacgacgaaatgctgcagctaaagcaaattatatattgagctctgatgaa
gaaagtgccaaagaggaaagcagcttaaagaaatctatagacaagagcgacagcgaattc
agcgacttcaacccaaaatctgattcagaagacgaatcctttgtaattgcaaagcccatc
aagaaacctagagctgcacccaagaaagcagagaaagcgaagaagactgaaagcccagaa
aatgctccaccaaaaaacaaagcagttccagatattgaaatagatgaggatactcccatc
atgatcagtgcaccagctcctgctcccagtgcccccgaaccagctccaagggcaaaagtg
tccagtgctaaagtggctgcagtaaaacctgcacctaagaaacgagtccagaaaccgaag
aacgaggacaaacagccatccattttggatgctttaactaaaccaaaagcaaccaaatct
aaagcggctgccaagaaaccatcatctgattcagaggatgctgctccggcccccaaaaag
acctcaaaagcaactaaacaacaaaagagaaagaactctgatagtgattctgggtctgat
tttgggccaaagaagaaatctacaactgcagcagccaagaagcgaaagccaatggaagat
gacagtgtgatcattgacttctctgattccgatgaaatggagaatattgtacctcgcgca
caggcaggtcgccaaaagaaacccgtcacctacctggaggattctgacgatgacttttga
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integrated database retrieval system
