Austrofundulus limnaeus (annual killifish): 106530858
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Entry
106530858 CDS
T06063
Symbol
top2b
Name
(RefSeq) DNA topoisomerase 2-beta
KO
K03164
DNA topoisomerase II [EC:
5.6.2.2
]
Organism
alim
Austrofundulus limnaeus (annual killifish)
Brite
KEGG Orthology (KO) [BR:
alim00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
alim03032
]
106530858 (top2b)
03036 Chromosome and associated proteins [BR:
alim03036
]
106530858 (top2b)
Enzymes [BR:
alim01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.2 DNA topoisomerase (ATP-hydrolysing)
106530858 (top2b)
DNA replication proteins [BR:
alim03032
]
Eukaryotic type
DNA Topoisomerases
106530858 (top2b)
Chromosome and associated proteins [BR:
alim03036
]
Eukaryotic type
Chromosome condensation proteins
Other regulators of chromosome condensation
106530858 (top2b)
Centrosome formation proteins
Centriole proteins
106530858 (top2b)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DNA_topoisoIV
TOPRIM_C
DNA_gyraseB
DTHCT
Toprim
HATPase_c
Motif
Other DBs
NCBI-GeneID:
106530858
NCBI-ProteinID:
XP_013882021
UniProt:
A0A2I4CPW4
LinkDB
All DBs
Position
Unknown
AA seq
2140 aa
AA seq
DB search
MSNGAAGNGGISWMEAANDVGRMEGTKKAGSKVSVERVYQKKTQLEHILLRPDSYIGSVE
PLTQQMWVFDEDVGMNQREITYVPGLYKIFDEILVNAADNKQRDKTMSAIKVTIDPESNT
ITIWNNGKGIPVVEHKVEKMYVPALIFGHLLTSSNYDDDEKKVTGGRNGYGAKLCNIFST
KFTVETACKEYRHSFKQTWQNNMTKTTDSKVKFFDGDDFTCVTFQPDLSKFKMEKLDKDV
VALLTRRVYDVAGSCKGVKVSLNGKKLPVHGFRSYVDLYVKDKLDETGVPLKVVHETVNE
RWEVCLTMSEKGFQQISFVNSIATTKGGRHVDYVVDQIVTKLIEVVKKKNKAGVSVKPFQ
VKNHIWVFVNSLIENPSFDSQTKENMTLQMKSFGSKCVLSDKFVRAATNCGIVESILNWV
KFKAQTQLNKKCSSVKHSKIKGIPKLDDANDAGGKHSSECTLILTEGDSAKSLAVSGLGV
IGRDRYGVFPLRGKILNVREASHKQIMENAEINNIIKIVGLQYKKSYDDAESLRSLRYGK
IMIMTDQDQDGSHIKGLLINFFHHNWPSLLKHTFLEQFITPLVKATKNKQELSFYSLPEF
EEWKKQTENFKTWHIKYYKGLGTSTSKEAKEYFADMERHRITFKYNGAEDDAAITLAFSK
KKVDDRKEWLTNFMEDRRQRRMHGLPEQYLYGTQAKHLSYNDFINKELILFSNSDNERSI
PSLVDGLKPGQRKVLFTCLKRNDKREVKVAQLAGSVAEMSAYHHGEQALMMTIVNLAQNF
VGSNNVNILQPLGQFGTRINGGKDAASPRYIFTMLSPLAKLLFPAVDSNLLKFLYDDNQK
VEPEWYIPIIPMVLVNGAEGIGTGWACKIPNYDPREIVNNINRLLNHQDPLPMLPNYKNF
KGVIHELGHNQYLVSGEVSVLDKNTVEITDLPVRTWTQAYKESVLEPMLLGTDKTPALIN
DYKEYHTDTTVKFVVRMSEEKLAQAEAVGLHKVFKLQSSLTCNSMVLFDHMGCLKRYDSV
QEILKEFFDLRLHYYKLRKDWLLGSLGSEAAKLSNQARFVLEKIEGKITIENKSKRELIR
MLVQKGFESDPVAAWSKAQEKTQEEDYPDGNESDSSVDSGSTSGPNFNYILNMPLWCLTK
EKVDDLLKQRDQKRCELNDLQRKSPEDLWKEDLAVFVEELDNVETQEKEEQNLGKAIKLV
KGKVGKPKVKKMNLEETMPSPFGRRVDPPTQPIKSDAAKKLTKKKKSDSDPAVKLEFDDD
GDGPAGDNAVPKAKAPRAKKEKKEPGAPRVRKPAAPKAASAKKVKKRNPWSDDESKSDSD
LEENEPVIPRETKSQRASASKPKYTFDFSEEEEEEEADEDEEENGDNEAASSPVRSVKND
FSDTKEQLSDPNDEEENSEDSPQKKSTSAPAAKKKLSSSVFSSKFSEKSNDSDGSKSDSD
DGGPVFSTYSSSSAFDKLTAAKKAAKKASDAAPRPKKPAAPKAKKPDKSIWDSESDTESK
KTAPALKDKGRGRKRKGSGSEDEYSPMKKAVKPVGRKPQKPPSDDDDDEEEDEDLKRPDH
LLSSLTTDMSTSQPSDEMPVRSSVLGGSGGWPGDDLLSGLDSEDVSSCTSSRQQGVSDLS
STQHTAILEGTQSSDALVDSSFRGSEGDGNLMGSPNVETIANEEEEDEDEDDDRVDDIDM
SSEQVEEHHPIFQEQKQDEEEDEDVEMHSEGVMESCGIVDDDFNDEEHLDHFSRSGPQSC
VPAASSWGQTNPFSDTWAQPASLPPASSPSPVSDRDAAESETPTQSPAQACTDITAPSFP
SQPEQTLHYHSEQAKHCSPEETPDLLPASVVGVSQSSALSAAALATHSSSETSTPEDLRD
YDSSSGVESHSDKQQTPVPASLQPDMDQDLGIHLEKGDGEEEEAETLPADEVLGTGPPTA
PASDPSSPSTSGDEASDTEGEIQINDPEAPMMMDERAGFESPPPSSSLTALEEDEEAGDV
AGGEGEEDGGGATPQSANSVASYGFDCTTSNSNAHSMAESCGKSPGIFSLENEEQLPEEA
KNPFLIKELTLPSAAAAAQAEDLLGNPVDLIPLRHPEDNYPSVDHYMLGGKMSGDHLEEF
DPLEGTQHLGGQESEDPDSSQPPYYSTICDKTDSFLEGNV
NT seq
6423 nt
NT seq
+upstream
nt +downstream
nt
atgtctaacggagctgcaggaaacggagggatttcctggatggaggctgccaacgatgtt
ggaaggatggaagggaccaagaaggcaggctccaaggtgtccgtggagcgggtctatcag
aagaagacccagttagagcacatcctcctccgtcctgactcctacatcggctcagtggag
cctctgacccagcaaatgtgggtgtttgatgaagatgttgggatgaatcagagggaaatc
acctatgttccaggactgtacaaaatctttgatgaaatcctagtcaatgcagcagacaac
aaacagagagacaagaccatgtctgccatcaaagtcaccattgacccagaatccaacacc
atcaccatctggaacaatggaaaagggattcctgtggttgagcataaggttgagaagatg
tacgttccagctcttatttttggtcatctgctcacctccagtaactatgacgatgatgag
aagaaggtcacaggtggaaggaacgggtatggtgctaaactctgcaacatcttcagtacc
aagttcaccgtggaaactgcctgcaaagagtacagacacagtttcaaacagacctggcag
aacaacatgacaaagaccactgactccaaagtcaagttcttcgatggggatgacttcacc
tgtgtgacgttccaaccagacctgtccaagttcaagatggagaaactggacaaggatgtt
gtagcacttctcacccgcagagtatatgatgtagccggctcctgtaaaggcgttaaagtt
tctctgaatggaaagaaattacctgtccacgggttccgcagctatgtggatttgtatgtg
aaggacaagctggatgagacgggtgtccctctgaaggtggttcatgaaactgtgaatgag
cggtgggaagtgtgtctcaccatgagtgagaagggattccagcagatcagcttcgttaac
agcattgccaccacaaaggggggcagacatgttgactatgtggtggaccagattgtgacc
aaacttattgaagtggtgaagaagaagaacaaagcaggcgtgtcagtcaaacccttccag
gtgaagaaccacatctgggtttttgtgaattcactgatagagaatccatcgttcgactcc
cagaccaaggagaacatgactctgcagatgaagagctttgggtccaagtgcgtcctgtca
gacaagtttgttcgggctgcaaccaactgtggcattgtagagagtatactcaactgggtg
aagttcaaagctcagacacagctgaacaagaagtgctcgtctgtcaaacacagcaagatc
aaaggcattcccaagctggatgatgccaacgatgcaggtggcaaacactcgtctgaatgc
actctgatcctcactgagggagactcagccaagtctctggctgtctctggcttgggggtc
atcggtcgggatcgttacggggtcttccccctgagaggaaagatcctgaatgtgcgagaa
gcatcacataaacagattatggaaaatgctgagataaacaacatcattaaaattgttggc
ctgcagtacaagaagagctatgacgacgcagagtctctgaggagcctgcgttatggcaag
atcatgatcatgaccgatcaggatcaagatggctctcacatcaaaggtctgctcatcaac
ttcttccaccacaactggccctccctgctgaaacacacattcctggagcagttcatcact
cctcttgtaaaggcgaccaagaacaaacaggagctgtccttctacagccttccagagttt
gaggagtggaagaaacaaacggagaattttaaaacctggcatataaaatactacaaaggt
ttgggtacgagcaccagcaaagaggcaaaggagtactttgctgacatggagaggcaccgc
atcacgttcaagtataacggtgctgaggatgacgctgccatcactctggctttcagtaaa
aagaaggttgatgacaggaaggagtggctcactaacttcatggaggacagacgtcagagg
aggatgcatggattaccagagcaatacctttatgggactcaggccaagcacctgtcatac
aatgacttcatcaacaaagagctgatcctgttctccaactccgacaatgagaggtccatc
ccatctttagttgatgggctaaagccaggtcagaggaaggtgttgttcacctgcttaaag
aggaacgacaagagagaagtgaaggttgcacagctggctggttctgttgcagagatgtct
gcctaccatcatggagagcaagctctcatgatgacaattgtcaacttggcccagaacttt
gtgggcagcaacaacgtaaacatcctgcagcccctgggacagtttggtactcgcatcaat
ggaggcaaagatgctgccagtcctcgttacatcttcaccatgctgagtcctcttgccaag
ctgctgttccctgcagtggactctaatctgctgaagttcctgtatgacgacaaccagaag
gtggagccagagtggtacattcccatcattccaatggtgctggtgaacggtgctgagggc
atcgggacaggctgggcctgtaagatcccaaactacgaccccagagagattgtcaacaac
atcaacagactgctcaaccaccaggaccctctgcccatgcttcccaattacaagaacttc
aaaggggtgatccatgagctgggacacaaccagtacctggtcagtggagaagtctctgtc
ttggataaaaacaccgttgagatcacagaycttcctgtgcggacctggactcaggcctac
aaggagtcggtgctggaacccatgctgctgggcactgataagaccccggctctcatcaac
gattataaagagtaccacactgacaccacagtcaagtttgtggtgcgcatgtctgaggag
aagctggcccaagcagaggcagtgggcctccacaaggtcttcaaactgcagtccagtctc
acctgcaactccatggtgctgttcgatcacatgggctgtttgaagaggtacgactcagtc
caagaaatcctgaaggagttcttcgaccttcgtctgcactactacaaactgaggaaggac
tggctgctgggtagtctgggctccgaggccgccaagctgtccaaccaggcccgcttcgtg
ctggagaagatcgaaggaaaaataacaatagagaacaaatcaaagcgtgaactcatccgc
atgctggtgcagaaaggctttgagtcggatcctgttgctgcctggtccaaggcccaggag
aagactcaggaggaggactaccctgatggaaatgagagtgacagttctgtggactctggc
tccacttcaggcccaaacttcaactacatcctcaacatgcctctgtggtgcctgactaaa
gaaaaggtggacgacttgctcaaacagagggatcagaagaggtgtgaactcaatgatctg
caaaggaagtccccagaggatctgtggaaggaggacttggctgtcttcgtcgaagagctc
gataatgtggaaacccaggagaaagaggagcagaatttaggaaaagccataaaactagtg
aagggtaaagtaggcaaacctaaagtgaagaagatgaacctggaggagaccatgccttca
ccgtttggccgcagggtggaccctccgacccagccgatcaaatctgatgcagccaagaaa
ctgaccaaaaaaaagaagagtgactcggaccctgcagtgaagctggagtttgatgatgat
ggagacggaccagctggagacaacgctgtacccaaagccaaagctccgcgagcaaagaaa
gagaagaaagagcctggagctccccgagtgagaaaacctgctgcacccaaagctgcctca
gctaagaaggtgaagaagagaaacccctggtctgatgacgagtccaaatctgacagtgac
ctggaggagaacgagcccgtcattcccagagaaaccaagtctcagagggcttcagcctcc
aagcccaaatacacatttgacttctcagaggaggaagaggaggaggaggcagatgaagat
gaggaggagaatggtgacaacgaagcggcctcgtctcccgtgaggtcggtcaaaaatgac
ttctcggacaccaaggagcagctcagtgacccaaacgatgaagaggagaacagtgaggac
tctccacagaagaagagcacgtcggcgcctgcagctaagaagaaactgagcagcagcgtg
ttctcctccaagttctctgagaagagcaacgacagcgatgggtccaagtccgacagcgac
gatggtggtccggtgttctccacctactccagcagctcagcgtttgacaaactgaccgca
gcaaagaaagcagctaagaaggcctctgatgcagctcccagaccgaagaaaccagcagca
cctaaagcaaagaaaccagataaatccatctgggattctgagtccgacacagagtccaag
aaaacagcaccagccctcaaagataaaggtcgggggagaaagaggaagggctctggatct
gaagacgagtacagtcccatgaagaaagctgtgaaacctgttggcagaaaacctcagaaa
cctccatctgatgacgatgatgatgaggaggaggatgaagacctaaaaagaccagaccac
ctgctttcatccttgaccactgacatgagcacgtctcagccctctgatgaaatgccagtg
cgttcctcagtgttgggcggttctggcgggtggcccggggatgacctcctgtctgggctg
gactctgaggacgtgagcagctgcaccagcagccggcagcagggcgtctccgacctcagc
agcacccagcacaccgcgatactggagggaacccagagctcagacgccctggtcgactcc
agtttcagaggctcagagggagatggaaacctcatgggctctcccaacgtggaaactata
gccaacgaggaagaggaagatgaggacgaagacgatgaccgggtggacgatatagacatg
agttcagagcaagtggaggagcatcacccaattttccaggagcagaaacaggatgaggag
gaggatgaggatgtagagatgcacagtgaaggagtaatggagagctgtgggattgtagac
gatgactttaacgatgaagagcatttggaccactttagtcgttctggtcctcagtcttgt
gttccagctgcctcctcctggggtcagacaaaccctttctctgatacctgggctcagcca
gcctcactgccccccgcctcctcccccagccctgtatctgaccgtgacgcagcagagtct
gagacccccacccagtctcctgcccaggcgtgtacagacatcactgccccgtccttcccc
tctcagccggagcaaacactccactatcactctgaacaggccaagcactgctctcctgag
gaaactcctgatctactccctgcctcagtcgtaggcgtgtcccagtccagcgccctgagc
gccgccgctctggccacccacagcagcagcgagacgagcactcccgaggacctccgcgat
tacgacagcagctccggggtggagtctcactctgacaaacagcagaccccagttcccgct
tcgctccagcctgacatggaccaggacctgggcattcatttagagaaaggtgatggggag
gaggaggaggccgagacacttcctgccgatgaggtcttaggaacaggacctccaactgct
cctgcgtccgacccttcatccccctccacctcaggcgatgaagccagcgacacggagggc
gagatccaaatcaacgacccagaagcacccatgatgatggatgagagggccgggtttgaa
agcccccctccctcctctagtctaactgccctggaggaggatgaggaggcgggggatgta
gcaggtggagagggtgaagaagatggaggcggagccacccctcagtcagccaactccgtg
gcctcttatggttttgactgcaccacgtccaattccaatgctcactccatggctgagagc
tgtggtaaaagccccggcatcttctccctggagaacgaggaacagcttccagaggaggcc
aagaaccccttcctcatcaaggagctgaccctcccctcagcagcagctgccgcccaggct
gaggacctgctgggaaaccctgtggacctgatccctttgagacacccagaagataactat
cccagtgtggatcactacatgctcggaggaaagatgtcaggagatcacctggaggagttc
gatccactggagggcactcagcaccttggggggcaggaatctgaagaccctgacagcagc
cagccaccctactactctaccatatgtgataagactgatagttttctggaaggtaacgta
taa
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integrated database retrieval system
