Amphimedon queenslandica (sponge): 100632881
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Entry
100632881 CDS
T02284
Name
(RefSeq) DNA topoisomerase 2-alpha-like
KO
K03164
DNA topoisomerase II [EC:
5.6.2.2
]
Organism
aqu
Amphimedon queenslandica (sponge)
Brite
KEGG Orthology (KO) [BR:
aqu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
aqu03032
]
100632881
03036 Chromosome and associated proteins [BR:
aqu03036
]
100632881
Enzymes [BR:
aqu01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.2 DNA topoisomerase (ATP-hydrolysing)
100632881
DNA replication proteins [BR:
aqu03032
]
Eukaryotic type
DNA Topoisomerases
100632881
Chromosome and associated proteins [BR:
aqu03036
]
Eukaryotic type
Chromosome condensation proteins
Other regulators of chromosome condensation
100632881
Centrosome formation proteins
Centriole proteins
100632881
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DNA_topoisoIV
HATPase_c
Ycf54
Motif
Other DBs
NCBI-GeneID:
100632881
NCBI-ProteinID:
XP_019853832
UniProt:
A0AAN0JAP1
LinkDB
All DBs
Position
Unknown
AA seq
1003 aa
AA seq
DB search
MASPLLDLNEGANKRLSVERIYQKKTQLEHILLRPDSYVGSVEEASDLLWVYDDERNAIV
QRQITYVPGLYKIFDEILVNAADNKQRDSKMNTIKIVIDPENNVISVWNNGAGIPVEMHA
VEKKYVPELIFGTLLTSSNFNDDQKKVTGGRNGYGAKLCNIFSTEFTVETASSASGKQFK
QTWQNNMDVAGKNTVTVSKKDFTKITFKPDLAKFKMSHLNKDIVSLMTRRAYDIAVFVPA
GLKPGQRKVLFTCFKRNDKRDIKVAQLAGSVAEHSAYHHGEQSLMATIINLAQDFVGSNN
INILQPIGQFGTRLHGGKDAASPRYIFTMLSPLARHLFPACDDVLLDHLYDDNQCIEPEW
YCPIIPMVLVNGAEGIGTGYSTSVPNYNPREIVANIKRMLNGMEPEGMKPWYKNFCGTIA
PVEPHKYMVFGQVGLLGSNSFEITELPIKTWTQTYKENVLEGLLYGNDKTSPFISDYKEY
HTDVTVRFVVTLSPEKMEEAQSAGIHKKFKLVSNISTGNMILFDSNGCLKKYYGEIEILK
EFYDVRLALYHKRKEYLVGKLTAESLRLQNQARFITEIIERKLIIERKSKNTVISELESK
GYDSDPVKAWKKSVSDQPTVEEEDIENTDNGLDYNYLLSMQFWSVTKEKAEELLQTRDKK
VEELEELKGKSATDLWKIDLDSFLTCLDEVEERERQEESAGAAIVVKKKGKGRQTKLAGS
TTKGSASAAVTKPSAFAEVVTPEIPEFCAEKVKKERATKSRKAKADDPGQTKLPFNSVEE
MTTNETGTETVKDAKVKDEKEKSAKDSHTSKKEPSPTDASQTTLKFRAESKKRVYHFSSD
SSEDDAVSDHHSDDIFIVSPTKKTTKTTKTKKQAVVDEVPTKKPAVSKTKKQLSVKVTSV
KNDTNIKKPVTKGATGKVKAKETEIDDDICIIDEGSPVKKNTKAKSTKAKAPKRKVSDSE
SDTEVNVVPVVESPVRSKRSGKKVKYYFSDDDDDDDNDSDFDQ
NT seq
3012 nt
NT seq
+upstream
nt +downstream
nt
atggcttctcctcttctagatttaaacgaaggagcgaataagaggctttctgttgaacga
atttatcaaaagaaaacacaactagaacatatacttctgaggccagattcttatgttggt
tcagtggaagaggcatcagacctcttgtgggtctatgatgatgaaaggaacgcaattgtg
cagcgtcagattacatatgttcctggcctgtacaagatatttgatgaaatattagtaaat
gctgctgacaacaagcaaagagatagtaaaatgaatacaattaagattgtaattgacccg
gaaaataatgttattagtgtatggaataacggagctggtattcctgttgaaatgcatgct
gtagagaagaaatatgtaccggaattgatatttggtacactgctgacatcgtccaatttt
aatgacgatcaaaagaaagtgactggtggtcgaaatggatatggagcaaagctgtgtaat
atatttagcacagagtttactgtagagacagcatcaagtgcttctggcaaacagtttaag
cagacttggcagaataatatggatgttgctgggaaaaacacagttactgtgtcaaagaag
gattttacaaaaatcacttttaagcctgacttggccaaatttaagatgtcacatttgaat
aaagacatcgtgtcactgatgacaagaagagcgtatgatatagctgtatttgttcctgca
ggtttaaaaccaggacaacgtaaggttttatttacttgctttaagaggaatgataagcgt
gatattaaagtggctcagttagctggttctgttgctgagcattctgcttatcatcacgga
gagcaaagtcttatggctactattatcaacttggcacaagactttgttgggagcaacaat
ataaatatccttcagcccattggacagtttggtactagattacatggtggcaaagatgct
gctagtccaagatatatatttactatgttaagtccattggcaaggcacctgtttcctgct
tgtgatgatgttttattggatcatttgtacgatgacaaccagtgcattgaaccagagtgg
tattgtcctataattcctatggtactcgtgaatggagctgaaggtattggaactggatac
tcaactagtgttccaaattataatccacgagagatagttgctaatataaagagaatgctc
aatggaatggagcctgaaggaatgaaaccttggtataagaatttttgtggtactattgct
cctgttgaacctcacaaatacatggtgtttggtcaggttgggttgctgggctctaattca
tttgaaataactgaattaccaataaagacctggacacaaacatataaagagaatgtcttg
gaaggactgctgtatggcaatgataagacctcaccctttatttctgattacaaggagtat
catactgatgtcactgtcagatttgttgttactctttctcctgagaaaatggaagaagct
caatctgcaggcatacacaagaagtttaaactagtcagcaacattagtactggcaatatg
atcctttttgattccaatggctgtttgaagaagtactatggggagattgaaattcttaaa
gagttttatgatgtacgtctggccttatatcacaaaaggaaggaatatttggttggaaag
cttactgctgaatctctgcgtttacaaaatcaagcgcgtttcataactgaaataattgaa
aggaaacttataattgaaaggaaaagcaagaacactgtgatatcagagttagagtcaaag
ggatatgatagtgatcctgttaaagcatggaagaagagcgtatctgatcagccaacagta
gaagaggaagatattgagaacactgacaatggactagactataactacctcctgtctatg
cagttttggagtgtgacaaaagagaaagcagaagagttattgcaaacaagagataagaag
gttgaagagctagaagagctcaaaggaaaatcagcaacagatttatggaaaatagatttg
gacagcttccttacatgtttagatgaagttgaggaaagagaacgtcaggaagagtcagca
ggtgcagctattgttgttaagaagaaaggtaaaggaagacaaacaaaattggcaggctca
actacaaaaggttctgcttcagctgcagtaactaaaccatcagcttttgcagaggttgtg
acgcctgaaataccagagttttgcgctgaaaaagtaaaaaaggagagagcaacaaagtcc
cgaaaagctaaggctgatgaccctggtcagacaaagttgccgtttaattccgttgaagaa
atgactacaaatgaaactggaactgaaactgttaaagatgcaaaagtcaaggatgagaaa
gagaaatctgcaaaggactctcacacttccaagaaagaaccatcaccaactgatgcatca
caaacaactttgaagtttcgtgccgagagtaagaaaagagtttatcacttcagcagtgac
agcagtgaagatgatgctgtgtctgatcaccacagtgatgatattttcattgtcagtcca
acaaagaaaacaactaaaacaacaaaaactaaaaaacaggctgtagttgatgaagttcct
actaagaaacctgctgtcagtaaaacgaaaaaacagctttcagtgaaagtcacttcagta
aaaaatgacacaaacattaagaaaccagtgactaaaggtgcaactggtaaagtaaaagct
aaggagacagagattgacgatgatatttgtatcattgatgaagggtctcctgtcaagaaa
aacactaaggcaaagtcaaccaaggcaaaggccccaaagaggaaagtatcggactctgag
agcgatactgaagtgaatgtagttcctgtagttgaatcaccagtgcgttccaagcgttct
ggtaagaaagtcaagtactacttcagcgatgatgatgatgatgatgacaatgacagtgat
tttgatcagtag
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