Amphiura filiformis: 140155099
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Entry
140155099 CDS
T10871
Name
(RefSeq) DNA topoisomerase 2-alpha-like isoform X1
KO
K03164
DNA topoisomerase II [EC:
5.6.2.2
]
Organism
afil Amphiura filiformis
Brite
KEGG Orthology (KO) [BR:
afil00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
afil03032
]
140155099
03036 Chromosome and associated proteins [BR:
afil03036
]
140155099
Enzymes [BR:
afil01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.2 DNA topoisomerase (ATP-hydrolysing)
140155099
DNA replication proteins [BR:
afil03032
]
Eukaryotic type
DNA Topoisomerases
140155099
Chromosome and associated proteins [BR:
afil03036
]
Eukaryotic type
Chromosome condensation proteins
Other regulators of chromosome condensation
140155099
Centrosome formation proteins
Centriole proteins
140155099
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNA_topoisoIV
TOPRIM_C
DNA_gyraseB
HATPase_c
Toprim
Motif
Other DBs
NCBI-GeneID:
140155099
NCBI-ProteinID:
XP_072033900
LinkDB
All DBs
Position
6:18814631..18851588
Genome browser
AA seq
1679 aa
AA seq
DB search
MSSGEGNGDAGSGKGNLQWVTLVDNMKDKKDAKSDAPLMFEDDEDQPKKKAGGKKRLSVE
RIYQKKTQLEHILLRPDTYIGSTEAVTQAMWVVEEEGNMVNREITYVPGLFKIFDEILVN
AADNKQRDPKMNMIKVTIDPENNTISIWNNGKGIPVVEHQKEKMYVPALIFGHLLTSSNY
DDSEKKVTGGRNGYGAKLCNIFSTKFTVTTACKEYKKKFKQTWSNNMTKTTTARITDFDG
TDFTEVTFHPDLEKFKMTSLDKDTVALLTRRAYDIAGASWGVKVVLNGKKLPVKDFKSYT
DLYLKDKVDEGGNPLKVVHEKINDRWEVCLTMSEKGFQQVSFCNSIATTKGGRHVDYIAD
QFISKLVETVKKKNKGGMQIKPFQIKTHVWVFVNALIENPTFDSQTKENMTLQAKKFGGM
PKLSDKFIKGATNCGIVESITQWMKFKQMSQLDKKCHATKHTKIKGVPKLDDANDAGSRY
SMDCTLILTEGDSAKSLAVSGLGVVGRNRYGVFPLKGKLLNVREATHKQIMENAEINNII
KIIGLQYKNKYEEPESLKKLRYGKLMIMADQDQDGSHIKGLVINFIHTNWPNLLKHNFVQ
EFITPIVKATKGKESLDFFSLPEFEEWKQMSDTHKTWKVKYYKGLGTSTMKEAKEYFSDM
RRHRIGFKYEGPQDDAAIELAFAKKKVDDRKEWLTEWLAERKSRRETGLSDIYLYNKDTT
RVTFNEFVNKELVLFSNADNNRSIPSMVDGLKPGQRKVMFTAFKRYEKREVKVAQMAGAV
AEASAYHHGEMSLMNTIINLAQNYVGSNNINLLQPIGQFGTRLHGGKDAASPRYIFTQLS
PLARLLFPSDDDPLLTSLYDDNLRIEPEWYCPIIPMVLVNGSDGIGTGWSTKIFNYNVRD
IVTNVRRLLSGDDPLPMQPWYKNFKGTIEELDVNRYVCNGEIAVVDDDTVEITELPIRSW
TQVYKENVLENMLHGTDKVPPSITDYKEYHTDTTVKFVVTMNKEKLLKAEETGLHKFFKL
QTTLTQHSTMVLFDAGGCIRRYDRVEEILQEFFRLRLDMYQKRKDYMEGLMEAESSKLNN
QARFIMEKIQGDVIIENKSKREMIQQLLRRGYDSDPLKAWKTAQDKLAMEEEEDVDDSES
MTSSSSDDGPDYNYLLGMQLWCLTKEKKDQLLSQKEAKSKELADLRRKTPNMLWKDDLDK
FVEELERVELQEIEDERAIPKAKGAKDSKGGAKRKQKVLTKEETKPSPYARRVQPRIDPA
LLKKPGGGGGKRGKAAKKTIEGALDFDDAASETASVMSSTVNENSEPKEPMSLAERLANK
GKANSVAAAKPKKQTTLKFNKPKAKKSPAKSKKGGKKRNPWSSGSESDASLKSDSDMDMD
DDFVIPRDTATRRAAQKETKYSYSSDEIDNEDDKIPTSYKAKAPAPAVYSDSDDDYQVNN
DVDKIKDTPTKATSSDTEDPFDSAVRESKKRKMEHVVDDSDKSDSDSATKSKPAEPKKTK
QAILDVSDDSYKSDSDSATKSKAAKSKTTKQSTLDFKPKSTAAKKTKTSKAISLDSDSES
DFSSKFKSSEKESTALSSDSDKPPPAKKEKKERKKKEPKEKKEKKPAKPKATKSTAAKPK
AKPKKKKIAWSDSENESFQINDDSDGDVAPVPAKERPGRARAAASVKYNFGDSDDDSDY
NT seq
5040 nt
NT seq
+upstream
nt +downstream
nt
atgtcttctggagaaggtaatggcgatgcaggatcggggaaaggaaatttgcagtgggtg
actttggttgacaacatgaaggataagaaggatgccaaatcagatgcgccgctgatgttt
gaggacgacgaagatcaaccaaagaagaaggcgggaggtaaaaaacgtctgtcagttgaa
cgtatctatcagaagaaaacgcagttggagcacattcttcttcgtccggatacatatatt
gggtccactgaggctgtaacgcaggctatgtgggtagtggaggaagaaggcaacatggtc
aaccgtgagatcacctatgtacctggcctcttcaaaatatttgatgaaatcttagtgaat
gctgctgacaacaagcaaagggaccccaagatgaacatgatcaaggtcaccattgatccg
gagaacaataccatcagcatctggaacaatggtaaaggtattcctgtggttgagcatcaa
aaagagaagatgtacgttccagcactcatctttggtcacctgctgacatcaagtaactat
gacgattcagaaaagaaagtcacaggtggacgtaatggatacggtgccaagctgtgtaac
atcttcagtaccaaatttacagtgactactgcatgtaaggaatacaagaagaagttcaag
cagacttggtccaacaacatgaccaagacgactacagccagaattactgattttgatggc
accgacttcacagaggtgaccttccatcctgacttggagaaattcaagatgacaagcctg
gacaaggacacagtggcgctcctgactaggcgggcatatgacattgctggtgcatcgtgg
ggtgtcaaggtggtgttgaatggcaagaagctacctgtgaaagatttcaagtcgtacaca
gacttatatctgaaggacaaggtggatgaaggaggcaacccactcaaggtggtccatgag
aaaatcaatgacaggtgggaagtatgtctaaccatgagtgaaaagggattccagcaggtc
agcttttgcaacagcatagcaactaccaagggaggacgtcatgttgactacattgcagac
cagttcatttcaaaattagtggaaacagtcaagaagaagaacaaaggaggaatgcagatt
aaacctttccagatcaagacccatgtgtgggtgtttgtgaacgcattgatagagaaccca
acctttgactcccagacgaaagagaacatgaccttgcaagccaagaagtttggtggtatg
ccaaagctgagtgacaagttcatcaagggggctactaattgtggtattgttgagagcatt
acgcagtggatgaagttcaagcaaatgagccagttggacaagaagtgccatgccaccaag
cataccaagatcaagggtgttcctaagctagatgatgccaacgacgcaggaagcagatat
tctatggactgtactcttatcctcactgagggagactcagccaagtcattggctgtcagc
ggtcttggagttgtcggacgcaacagatacggtgtgttcccactcaagggtaaactgctg
aatgttcgggaagcaacgcacaaacagatcatggaaaatgctgaaatcaacaacatcatc
aagattatagggctgcagtacaagaacaagtatgaggaaccagaatcgctgaagaaacta
cgctacggcaagctgatgatcatggctgatcaggatcaggatggctctcacattaaggga
ctggtcattaatttcatccacaccaactggcctaatctgctcaagcacaactttgtgcag
gagtttatcacacctattgtcaaggcaaccaaggggaaagagtctctggacttcttctct
ctaccggaatttgaagagtggaaacaaatgtcagatacacataaaacatggaaagtcaag
tactacaaaggtttgggtaccagcacaatgaaggaagccaaggagtacttcagtgacatg
agacgacatcgtatcggcttcaagtatgaagggccccaagatgatgctgcaatagaattg
gctttcgccaagaagaaggttgatgatcgtaaggagtggctgacagaatggttggcggaa
aggaagagcaggagagaaactggactcagtgatatttacctgtacaacaaagacaccacc
agggtaaccttcaatgagtttgtcaacaaggagttggttctgttctccaatgctgacaac
aacagatctatcccatcaatggtggatggtctgaaaccaggccagaggaaggtgatgttt
accgctttcaagagatatgagaagagggaagtcaaagtggcacagatggctggtgccgta
gcagaggcgtcagcataccatcatggtgaaatgtccctgatgaacaccatcatcaacttg
gcacagaactatgttggcagcaacaatatcaacctgttgcaacctatcggtcagtttggt
accaggcttcatggcggtaaggatgctgctagccctcgttacatcttcacacagcttagt
ccattagcaagactcctcttcccaagcgatgatgatccattgctgaccagcctgtatgat
gacaacctgcgcatagaacctgagtggtactgccctatcattcctatggtccttgtcaac
ggcagtgacggtatcggcaccggttggagtaccaagatatttaattacaatgtgcgagat
attgttaccaatgtgagacgactgctgagtggagatgacccattacctatgcaaccatgg
tacaagaacttcaaaggcaccatcgaagaactagatgtcaatcggtatgtgtgcaatggt
gagattgcagttgttgatgatgacactgtggaaattacagagctaccaatccgctcctgg
actcaagtctacaaagagaacgtcttggaaaatatgctccatggaactgacaaagtaccg
ccatcaatcactgactacaaagaataccacacagacacaactgtcaagtttgtggtgaca
atgaacaaagagaagcttctgaaggcagaagaaacagggttgcacaaattcttcaaattg
cagacaacattaacacagcactccaccatggtgttgtttgatgctggtggctgcatcaga
aggtatgacagagtagaggaaatcctgcaagagttcttcagactgcgtctggatatgtac
cagaagcgcaaggactatatggaaggtttgatggaggcagaatccagcaagctgaacaac
caggctcgatttatcatggagaagatccaaggagatgtgatcatcgaaaacaaatccaag
agagagatgatccagcagcttctcaggagaggctatgactctgacccactgaaagcatgg
aaaacagcccaagacaagcttgccatggaggaagaagaggatgtggatgattctgagagt
atgacatcatcatcctcagatgatggacctgactataactacctcctgggaatgcagctg
tggtgtctgaccaaagagaagaaggatcaactcctcagtcagaaagaggctaagtccaaa
gaacttgcagacttaagaagaaaaacacccaacatgttgtggaaggatgatttggacaag
ttcgtggaagaattagagcgtgtagaactccaagagattgaggatgaaagagcaattcct
aaagctaaaggggccaaagattctaaaggtggtgctaaacgtaaacagaaggtgttgact
aaggaggagacaaagccatcgccatatgctcgacgggtacagccacgtattgacccagcc
ttactgaagaaaccaggtggaggtggcggcaaacggggcaaagcggctaagaagacaata
gaaggagcattggactttgatgatgccgcttcagaaacagccagcgtaatgtcatcaaca
gtaaatgagaactctgaacccaaggaaccgatgtctcttgcagagagacttgccaataag
ggcaaagccaattccgttgctgctgctaaacccaagaagcagaccaccctgaagttcaac
aagccaaaggccaagaaatcaccagctaaaagtaaaaagggcggcaagaagcgtaacccc
tggtcgtctggatctgaatcggatgcttctctgaaatcggactcggatatggacatggat
gatgactttgtaatcccacgggacacagccacaaggagagcagctcaaaaggagaccaag
tattcatattcaagtgatgaaattgataatgaggatgacaagatacccacatcatataag
gctaaggctcctgcacctgcagtttactcagattcagatgatgattaccaagtcaacaat
gatgtcgacaaaataaaagatacacccaccaaagctacgtcatcagacacagaggatcca
tttgactcagcggtcagggaatcaaagaaaaggaaaatggagcatgtagttgatgatagt
gacaagagtgattcggatagtgccacaaagtcaaaaccagctgaacccaagaagaccaaa
caagccatactagatgtatctgatgatagttacaagagtgattctgatagtgccacaaag
tccaaagcagccaaatctaagacgaccaaacagtccaccctggatttcaaaccaaaaagc
actgctgccaagaaaacaaagacgtcaaaggcgatctccctcgactcagattcagagtcg
gacttctcatccaagtttaagagttcagaaaaagagtcaacagcattgagtagtgacagt
gataaaccacctcctgccaaaaaagaaaagaaggaacgcaagaagaaagaaccaaaagaa
aagaaagaaaagaagccagccaaacccaaggctaccaagtcaacagctgcaaagcccaaa
gccaagcctaaaaagaagaagattgcatggagtgattccgaaaatgagtcattccaaatc
aatgatgattcagatggtgatgtagctccggtgccagccaaggagagacctggtagagcg
agggcagcggcttctgtcaagtacaactttggcgactccgatgatgatagtgactattag
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integrated database retrieval system
