Schistosoma haematobium (urinary blood fluke): MS3_00003731
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Entry
MS3_00003731 CDS
T05004
Symbol
TOP2A_1
Name
(RefSeq) DNA topoisomerase 2-alpha, variant 3
KO
K03164
DNA topoisomerase II [EC:
5.6.2.2
]
Organism
shx
Schistosoma haematobium (urinary blood fluke)
Brite
KEGG Orthology (KO) [BR:
shx00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
shx03032
]
MS3_00003731 (TOP2A_1)
03036 Chromosome and associated proteins [BR:
shx03036
]
MS3_00003731 (TOP2A_1)
Enzymes [BR:
shx01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.2 DNA topoisomerase (ATP-hydrolysing)
MS3_00003731 (TOP2A_1)
DNA replication proteins [BR:
shx03032
]
Eukaryotic type
DNA Topoisomerases
MS3_00003731 (TOP2A_1)
Chromosome and associated proteins [BR:
shx03036
]
Eukaryotic type
Chromosome condensation proteins
Other regulators of chromosome condensation
MS3_00003731 (TOP2A_1)
Centrosome formation proteins
Centriole proteins
MS3_00003731 (TOP2A_1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNA_topoisoIV
TOPRIM_C
DNA_gyraseB
Toprim
HATPase_c
Motif
Other DBs
NCBI-GeneID:
24591532
NCBI-ProteinID:
XP_012795462
UniProt:
A0A094ZNL1
LinkDB
All DBs
Position
ZW:47646520..47667097
Genome browser
AA seq
1602 aa
AA seq
DB search
MDAVVLPQPNGDILSSPENGISGEAVKKRLSVERIYQKKTQLEHILLRPDSYIGSTLKDT
QQMWVLDESQQHMVSRDITFSPGLYKIFDEILVNAADNKVRDPTMSCIKIDINPAENMVR
IWNDGKGIPVVHHKVENTYVPTLIFGHLLTSSNYDDTERKVTGGRNGYGAKLCNIFSKKF
IVETSSKEYKKSFRQVWVENMTKTTDPKILADKGDDFTCITFYPDLARFGMNELEQDTVS
LFTRRAYDMAATCNGVKVFLNGKRLPIKSFMDYVNLFIKPNKDDGDSVKVVYEAVNPRWQ
VAVAVSNTGFQQVSFVNSIATTKGGTHINYVSDQIVNKLMEIVKKKSGKSGVQIKPFQIK
NHMWLFVNCLIENPTFDSQTKENMTLQTKSFGSTCTLSEKFIGQASKSGIVENVLSWIRF
KAMEKMDKQCHKSKHSKLKGIPKLDDANNAGTKNSSQCTLILTEGDSAKTLAVAGLGVVG
RDNYGVFPLRGKLLNVREASNKQIMENAEINALIKILGLQYKLKYESVDTLKDLRYGKIM
IMTDQDQDGSHIKGLIINFVHCNWPNLLKHNVVEEFITPIVKVFKGKQEYSFYSLPEFEE
WQKSTPNWHTWRVKYYKGLGTSTSKEAKEYFSDMNRHRIRFRYSGTEDDGSIQLAFDKSK
IADRKNWLTNFTQERKRRRELGLPEPYLYGKDTRAITYHDFVHKELVLFSNLDNERSIPS
VVDGLKPGQRKVLFTCLKRNLIREIKVAQLAGSVAELSAYHHGEQSLMSTIIGLAQNFVG
SNNLNLLQPIGQFGTRLSGGKDAASPRYIFTALNSLTRLIFHLEDDPLLNYLYDDNQRIE
PEWYAPIIPMVLVNGADGIGTGYATHILNYNVIEIINNLYRMLDGEEPHRMLPNFRGFTG
TIEDLGNNRYVCYGEVAVLDDDTLEITELPIRVWTQNYKESVLEPMLNGSEKVPACITDY
KEYHTDVTVRFVVKMSPEKLREAESTGLHKFFKLQTVMSTGSMVCFDPLGCLKCYPNEMV
IIREFYELRLTWYEKRKVYLEGVLSAEARKLENQARFVLEKIQSIMVIENKPKKELIRML
KEANYDSDPVKAWKESIDKAAAVQEQEESRTDEGAPQTEAVEAGQPDYNYILNMPLWSLT
KERKDDLLAQRDAKQKELLILKSKSPSDLWREDLKKLEEEYKKVEAELAADEQAAIEAVE
KKLKIASTTTAGRVAATKSRKLAMETRPDPMGRRIVPTVDADMMKKVEGNKKKRNKTEND
LNEGNELDNSFEANDEENDGNDEPKPLAQRLGASEKTDVQKTATTRGRGKGRTVPTSRPK
LLKPSSPNISPIKRRNVGGNAKRKRSSRMPWESGSDTGDSESQVSIDSDNDHISPISGGP
AVDRVRREKAAATKYVFDNDSSSNEEDNEQEENFQVVDHGQGNKEIDIPIVSEIPDTKSS
SIPSSSHGGGASVKADSGSTSRGAPGIASGRGRGRGGKGRQFSAPPKSQPSIKSMFPPTQ
KKTTINISTDDDSNDAASITTSQKEPRVNSRRTVTNRARYVFDDEDDDLDIDSDDSGAKK
QSKGGSRKRQKNDDDSDFEPEKVKKGKSKKGALDDSDFEFSD
NT seq
4809 nt
NT seq
+upstream
nt +downstream
nt
atggatgctgttgtgctaccacaacctaacggagacattctaagcagtcctgaaaatgga
atctcaggagaggctgtcaagaagcggttgtcagttgaacggatttatcagaagaaaacc
caattagaacacatacttctgcggcctgattcctatatcggttccacattgaaagacact
cagcaaatgtgggtcttggatgagagtcagcaacatatggtcagtcgagatatcacattt
tctcctggtctctataagatttttgatgaaatcctggtaaatgctgccgacaacaaagtt
agagatcctaccatgtcatgtataaaaatcgacattaatcctgctgagaatatggtccgc
atctggaatgatggcaaaggaatcccagttgttcaccacaaagttgaaaatacctacgtc
cctactctgatattcggccacctactcacttcaagcaattatgatgatactgaacggaaa
gtgacaggtggaaggaatggttatggcgccaagttatgcaatatctttagcaagaagttc
attgtagaaacatcctctaaagaatacaaaaagagtttccggcaggtatgggtcgaaaat
atgacaaagacaactgacccgaaaattttggcggataaaggagatgattttacttgcatt
acattctatcccgatcttgcacgtttcggtatgaacgagctggaacaagatacggtatct
ctttttactcgtcgcgcatatgacatggctgcaacctgtaatggagttaaagttttcctt
aatggcaaaagattacccataaagagttttatggactacgtaaacctttttatcaaaccc
aacaaagatgacggagacagtgttaaggttgtatatgaagcagtcaacccgcgttggcag
gtagcagtagcagttagcaatacgggctttcaacaagtcagttttgttaacagtattgca
actactaaaggcggaacacatattaattatgtgagtgatcaaattgtaaacaagttaatg
gaaatcgtcaaaaaaaaatccggaaaatctggtgtccaaatcaaaccttttcaaataaag
aatcatatgtggttgtttgtcaactgtctcatagaaaaccccacatttgattcccaaaca
aaggagaatatgactctgcagacaaaaagtttcgggtctacgtgtactctaagtgagaag
tttattggacaggcctcaaaatcgggtatagttgaaaatgtactgtcttggattcgtttt
aaagcaatggaaaaaatggacaagcaatgtcacaaatccaaacattctaagctcaaagga
atacctaaattagatgatgcaaataatgcagggactaaaaattcttctcaatgcactctt
attttaacagagggtgactcagccaaaactttagctgtggctggtcttggagttgtcggt
agagacaattatggtgtctttccattgagaggcaaactactaaatgttcgtgaagcatct
aacaaacaaattatggaaaatgcagaaataaacgcactgattaaaattcttggactccaa
tacaaactgaaatatgagtcggtggatacgctgaaagatttacgctacggcaagattatg
attatgactgatcaggatcaggatggttctcatattaagggtttaataataaattttgtt
cattgtaactggccaaatttgctaaagcataacgtagtagaggaattcattactccaatt
gtaaaagtgtttaaagggaaacaagaatattctttctacagcttaccagaatttgaggag
tggcaaaaatcaactccaaactggcatacttggcgtgtaaaatactacaaaggtttgggt
acttcaacaagcaaggaagctaaggaatacttttctgacatgaatcgtcatcggattcga
tttcgctacagtgggactgaagatgatgggagcattcaattggctttcgacaaaagtaag
atagctgatcgtaaaaactggttgaccaactttacacaagaacgtaaacgtcgacgtgaa
ttaggtctcccggagccttacttgtatgggaaagatactcgagcaataacttatcacgat
tttgttcacaaagagctagtgttgttttcgaatttggacaacgaacggagtatcccatct
gttgtagacgggctgaaacctggacaaagaaaggtactgttcacctgtttaaaaagaaat
cttattagagaaattaaagttgctcagctcgctggttctgttgctgaactgtcggcttat
catcatggtgaacaatccctgatgagcactattattggtttagctcaaaactttgtcgga
tcaaataatttaaatttgcttcaaccaattggtcagtttggtacgcgacttagtggaggt
aaagatgctgcatctcctcgttatatattcactgcattgaactcacttacacgacttatt
ttccatttggaggatgatcctctgttaaattatctatacgatgataatcaacgtattgaa
ccagaatggtatgctccaataattcctatggtccttgtcaatggagcagatggtatcgga
actggctatgcaacacatattctcaactataatgttatagagataataaacaacctttat
cgtatgttagatggtgaagaaccgcatcgtatgttgcctaacttccgtggctttactggt
accattgaggatttgggtaataatcgttatgtttgctatggagaagttgctgttctagat
gatgatactttggagattactgaacttcctatccgggtctggacacagaattacaaagaa
tcggttttagaacctatgttgaatggttcagaaaaggtccctgcttgtatcacagattac
aaagaatatcatacagatgtcactgtgcggttcgttgttaagatgtctcctgaaaaattg
cgggaagccgaatctactggacttcataaattcttcaaacttcaaacagtcatgagtacc
ggttcgatggtttgcttcgatcctttaggttgtttaaagtgttatcccaacgagatggtt
attatccgcgaattctacgaattacgtcttacatggtatgaaaaacggaaggtctactta
gaaggtgtattgtctgcagaggctcggaaactagaaaatcaagccaggttcgtccttgag
aaaattcagtctattatggtgatcgaaaataaaccaaagaaagaattgattcgtatgctt
aaggaagccaattatgattcagatcctgttaaggcatggaaagaaagcatagataaagca
gctgctgtgcaggaacaggaagaatctcgtacagatgaaggtgcccctcaaactgaagcg
gttgaagcaggtcaacctgactacaattatattttaaatatgcctttatggagtttgacg
aaagagcgtaaagatgacttacttgctcaaagagatgctaagcaaaaagaattactcatt
ctaaaaagtaaatctccttccgatttgtggcgtgaagatcttaagaaattagaggaggag
tataagaaagtagaagcggagttggccgctgatgaacaggctgcaattgaagcagttgaa
aaaaaattaaaaatagcatcgactacgacagctggtcgtgttgctgctacaaaatcacgt
aaattagcaatggaaacaagaccagatccaatgggcagacgaattgttccgacagtagat
gctgatatgatgaagaaggtggagggaaataagaagaaacgaaataaaacagaaaacgat
ctaaatgaaggtaacgagttggataatagtttcgaagcgaatgatgaagaaaacgatgga
aatgatgaacctaaaccgcttgctcagcgtcttggtgcttctgaaaaaacagatgtacag
aagacagctactacacgtggacgtggtaaaggaagaactgtcccaacaagtcgtccaaag
cttctgaaaccatccagtccaaatattagtcctattaaacgtagaaatgtgggtggaaat
gccaagcgtaaacggtctagtcgtatgccatgggagtctggctctgacaccggagactca
gaaagtcaagtctctattgatagtgataatgatcatatttccccaatttccggtggacct
gctgtcgatcgtgtacgacgtgaaaaagctgcagcaacaaaatatgttttcgataacgac
agtagtagtaatgaagaagataatgaacaagaggagaattttcaagttgttgatcatgga
caaggaaataaagagattgatataccgattgtctcagaaattccagacactaagtcatca
tcaatcccatcaagtagccatggtggtggtgcatctgtaaaggctgattctgggtcaaca
tctcgtggtgctcctggtattgcatcaggtcgtggacgtggtcgtggtggtaaaggacgg
cagttttcagctccacctaaatcacaacctagtatcaaatcaatgtttcctcctactcag
aagaaaaccacaataaatatttcaacagacgatgattctaatgatgccgcaagtataact
acttctcaaaaagagcctagggtaaattctcgacgtactgtaacaaatcgtgcccgatac
gtatttgatgatgaagatgacgatctagatattgattcagatgacagtggtgccaaaaaa
caatccaaaggtggttcacgtaaacgtcagaaaaacgatgatgatagcgattttgaaccc
gaaaaggttaagaagggcaagtcaaagaagggagctctagatgactcagatttcgaattc
tccgactag
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integrated database retrieval system
