Maylandia zebra (zebra mbuna): 101474611
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Entry
101474611 CDS
T02814
Symbol
top2a
Name
(RefSeq) DNA topoisomerase 2-alpha isoform X1
KO
K03164
DNA topoisomerase II [EC:
5.6.2.2
]
Organism
mze
Maylandia zebra (zebra mbuna)
Brite
KEGG Orthology (KO) [BR:
mze00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
mze03032
]
101474611 (top2a)
03036 Chromosome and associated proteins [BR:
mze03036
]
101474611 (top2a)
Enzymes [BR:
mze01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.2 DNA topoisomerase (ATP-hydrolysing)
101474611 (top2a)
DNA replication proteins [BR:
mze03032
]
Eukaryotic type
DNA Topoisomerases
101474611 (top2a)
Chromosome and associated proteins [BR:
mze03036
]
Eukaryotic type
Chromosome condensation proteins
Other regulators of chromosome condensation
101474611 (top2a)
Centrosome formation proteins
Centriole proteins
101474611 (top2a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNA_topoisoIV
TOPRIM_C
DNA_gyraseB
DTHCT
HATPase_c
Toprim
Microp_apicomplexa_20
Motif
Other DBs
NCBI-GeneID:
101474611
NCBI-ProteinID:
XP_024659281
LinkDB
All DBs
Position
LG8:complement(8162639..8176243)
Genome browser
AA seq
1580 aa
AA seq
DB search
MAEPLKAFLENKPVEKLKKDPKRLSVERIYQKKTQLEHILLRPDSYIGSVEPVTQQMWVF
DEDAGLNCRDVTFVPGLYKIFDEILVNAADNKQRDKGMSCIKINIDPENNTISVWNNGKG
IPVVEHKVEKVYVPALIFGQLLTSSNYDDDEKKVTGGRNGYGAKLCNIFSTKFTVETACK
QSKKCFKQTWYDNMGKAGEASIKPFDGEEYTCITFRPDLAKFKMSILDKDTVALMTRRAY
DIAGSAKGVRVFFNSKKLPVTGFRSYVDMYVKDKVDELGGPLTVIHETVNERWEVCLTMS
EKGFQQVSFVNSIATTKGGRHIDYVADQVVSKLIEVVKKKNKAGVTVKPFQVKNHMWLFV
NCLIENPTFDSQTKENMTLQQKSFGSKCPLSDKFIKQATSCGIVESIMNWVKFKAQSQLN
KKCSAVKHTKIKGVPKLDDANDAGGKNSIGCTLILTEGDSAKTLAVSGLGVVGRDRYGVF
PLRGKMLNVREASHKQIMENAEINNIIKIIGLQYKKNYSDPESLKSLRYGKIMIMTDQDQ
DGSHIKGLLINFIHHNWPSLLRHNFLEEFITPIIKASFKKNQLSFYSIPEFNAWKESQQN
HKSWKIKYYKGLGTSTSQEAKEYFSDMQRHRIPFKYSGPEDDEAITLAFSKKKVEERKEW
LTNFMINRRQRREHNLPEEYLYGQSTKSLSYNDFVNKELVLFSNSDNERSIPCLVDGLKP
GQRKVLYCCFKRNDKREVKVAQLAGSVAEMSAYHHGEVSLMMTIIGLAQNFVGSNNMNLL
QPLGQFGTRLHGGKDSASPRYIFTMLSPLARLVFPAVDDNLLKYNYDDNQRVEPEWYIPI
IPTVLVNGAEGIGTGWASKIPNYDIREIISNINRMLDGEEPLPMLPNYKDFRGTIEQVMD
NQYLNSGEISILDSTTIEISELPVKTWTQAYKENVLEPMLNGTEKVPPLITDYKDYHTDT
TVRFVVKMTEEKLREAEAAGLHKVFKLQSPLTCNSMVLFDHVGSLKKYESVQDIIRDFFE
LRMKYYVLRKDWLAGMLGAESAKLSNQARFILEKIQGTLVIENKPKKELIRMLQQMGYDS
DPVKTWKQAQEKNEEEMEEEEEGEGGEKDDSTGPDYNYLLSMPMWFLTKEKKEELCKQRD
AKVTELNTLKKKSPADLWREDLAAFSEELGRVEAKEKENATLPVKTGKGKAVKVKKETLP
TPQGRRVIPRVTSTMKAEANRKADLKKGEGKRGKKIKSEDVVMKMEFGEDAENTEPVEET
GLAARLSKKTKTQAAEKAESKMGKQTTLQFKPVTKKPKKNAWSDEDVGLSDSEVEAEEAA
APRERVERKTKAAVKYSMSDSEDDFDDWGKKDAPKRKALISDDDDASFAPDPSTVSDNDV
DSPAPPPKAPEPMKKVAKSKSTVKKTDTKSSSLSDDQEPASKPPTQRKTKEAAPKKPAAA
KKPAASKKKAADVKQPSILDALSKPKPASRAPAAKNVPSFDSSDSEIEKKAPVTKQKPVL
KRKKNLSDDSDSSSSDDLMSRLKSKTTAGTKKSKKWEEDESFQVSDPEEAAPVAAAPRDK
PSRARKPITYNLDSDSDEDF
NT seq
4743 nt
NT seq
+upstream
nt +downstream
nt
atggctgaaccgttgaaggcctttttggagaacaagccggtggaaaagctgaagaaggat
cctaagcggctgtcagtggagagaatctatcagaagaagacgcagctggagcacattttg
ctcagaccggactcctacataggctctgttgagcctgtcactcagcaaatgtgggtgttt
gatgaggatgctggactgaactgccgtgatgtgacctttgtgcctgggctctacaagatt
ttcgatgagatccttgtaaatgcagctgataacaagcagagagataagggcatgtcctgc
atcaagatcaacattgatcctgaaaacaacaccatcagtgtatggaataatgggaagggt
attcctgtggtggagcacaaagtggagaaagtctacgtacctgctcttatctttggacag
ctcctcacttcaagtaactatgatgatgacgagaagaaagtcactggtggacgaaatgga
tacggtgccaagctttgcaacatcttcagtacaaagttcactgtcgagactgcttgtaaa
cagtcgaagaagtgcttcaagcagacttggtatgacaacatgggcaaagcaggggaggct
agcatcaaaccgtttgatggagaggaatacacttgcatcaccttcagaccagatctggcc
aagtttaagatgagcatccttgacaaagacacagtggctctgatgaccaggagagcctat
gatattgctggatccgctaagggtgtccgggtgttcttcaatagcaagaagctaccagtt
acaggtttccgtagctatgtggacatgtatgtgaaagacaaggtggatgaactgggtggt
cctcttactgtcatccatgagactgtcaacgagcgctgggaggtctgcctcaccatgagc
gagaaaggtttccagcaagtcagctttgtcaacagcattgccacaacaaagggaggcagg
cacattgattatgtggctgaccaggtagttagcaagctcattgaagtggtgaagaagaag
aacaaagctggggtgacagtcaagcctttccaggtgaagaaccatatgtggctgtttgtc
aactgcctgattgaaaaccccaccttcgactctcagaccaaagagaatatgactctgcag
cagaagagctttggctccaagtgtcccctgagtgacaagttcattaaacaggccacatct
tgtgggattgtggaaagtatcatgaactgggtgaagttcaaggctcagtcccagctcaac
aagaagtgctcggctgttaaacacacaaaaatcaaaggtgtgccaaaactggatgatgcc
aacgatgcaggtgggaagaactccattggctgcacgctgattcttacagagggagactca
gccaagacacttgctgtgtctgggctgggagtggtcggaagggaccgctatggcgtcttc
cctctcagaggaaaaatgctcaatgtccgggaggcttcacataaacagattatggaaaac
gcagaaatcaacaacatcatcaaaatcatcggtcttcagtacaaaaagaactacagtgac
ccagaatccctcaagagtctgcgctacggcaagatcatgatcatgaccgatcaggatcaa
gacggctcccacattaagggcttgttgatcaacttcatccaccacaactggccttcgctg
ctgcgtcacaacttcctggaagagttcatcactcccatcatcaaggcgtctttcaagaaa
aatcagctgtctttctacagtattcctgaattcaatgcatggaaggagagccagcaaaac
cacaaatcttggaaaataaaatactacaaaggtttgggaaccagcacatcgcaggaagcc
aaggagtacttctctgatatgcagagacatcgtatcccattcaagtactcaggacctgaa
gacgatgaagctatcacccttgcctttagcaagaagaaagtggaagagcgaaaagagtgg
cttaccaactttatgattaacagacgccagcgcagagagcacaacctgcctgaggagtac
ctgtacggtcagtcaaccaagtccctgtcgtacaacgacttcgtcaacaaggagctggta
cttttctccaactctgataacgagaggtccattccctgcctggtggatggactgaaacca
ggtcagaggaaggtgttgtactgttgtttcaagaggaacgacaagcgagaggtgaaggtg
gcacagctggcaggctcagtggctgagatgtcggcctatcaccatggagaggtctctctg
atgatgaccatcattggtttagcccagaactttgtgggaagcaacaacatgaatctcttg
cagcctctgggacagtttggaaccagattgcacggtggcaaggactctgccagccctcga
tacatcttcactatgctcagccccctcgcccgccttgttttcccagcagtggatgacaac
ctgctcaagtataactatgatgacaaccagcgcgtagagcctgaatggtacattcccatc
atccccactgtgcttgtgaacggagccgaaggcatcggcacaggttgggccagcaagatt
ccaaactacgacattcgtgagatcatcagcaacatcaaccgtatgctcgacggcgaggaa
cctctgcccatgcttccaaattataaagacttcagaggcacaattgagcaggtgatggat
aaccagtacttgaatagtggagagatctccatccttgattcgaccactattgaaatctct
gaattgcctgtaaaaacatggacacaggcttacaaggagaatgtgctggagccgatgctg
aatggcacagagaaggttcctcctctcatcacagactacaaggactaccacactgacacc
acggtgcgctttgtggtcaagatgacagaagagaagctgagggaggctgaggctgctggc
ctccataaagtcttcaagctgcagagccccctcacctgcaactcgatggttctgtttgac
cacgtgggtagcctgaaaaagtatgagtctgtgcaggatatcatcagagatttctttgag
ttgaggatgaagtactacgtgctgagaaaggactggttggcaggcatgctgggagcagag
agcgccaagctcagcaaccaggctcgcttcatcctggagaaaattcagggcaccttggtc
attgagaacaagccaaagaaggagctgatccgcatgctccaacagatgggctatgactcc
gacccagtcaagacttggaaacaggctcaggagaagaatgaggaggagatggaggaggag
gaggagggggaaggaggagaaaaagacgactcgactggaccggactacaattatctgctg
agcatgcccatgtggttcttgacaaaagagaaaaaggaggagctgtgcaaacagagggat
gctaaggtgacagagctaaacaccctaaagaaaaagagtccagcagacctgtggagggag
gaccttgctgccttctctgaggaactggggcgggttgaggcaaaggaaaaggaaaatgcc
acccttcctgtaaaaactggaaaaggcaaagcagtaaaggtgaaaaaggagactttgccc
actccacagggccgccgcgtcattccacgtgtcaccagcaccatgaaggctgaagctaac
aggaaggctgatctgaagaaaggagagggcaagagaggaaagaaaatcaagagtgaagat
gttgtgatgaagatggagtttggagaggatgcagaaaatacagagccggttgaggaaacg
ggcttagctgcacggctgagcaagaaaaccaagacccaagcagcagaaaaagcagaatca
aagatgggcaagcagaccactcttcagttcaagcctgttaccaagaagcccaagaaaaac
gcgtggtcagatgaggatgtcggcctgtcggacagtgaagtagaggcagaggaagcagct
gcccccagagagcgcgtagaacggaaaaccaaagctgcggtgaagtacagcatgtctgac
agtgaagatgattttgatgactgggggaagaaggacgctccaaaaaggaaggctttaata
agtgacgatgatgatgcaagcttcgccccagatcccagcactgtgtcggacaatgatgtg
gactctccagctccgcctcccaaagctccagaacccatgaagaaggtagcaaaaagcaaa
tcgacagttaaaaaaacagacacaaagtcgagctctctgtcagacgatcaggagccagca
tccaagcctccaactcaacgtaaaaccaaagaggccgcaccgaagaagcccgccgctgcc
aagaaaccagctgcatccaagaagaaggctgcagatgtgaagcagccatctatcttggat
gctctctctaaacccaaacctgcgtccagggctcctgctgccaagaatgtcccgtcattc
gactctagcgactcagagattgaaaagaaagctcccgtcacaaaacagaaacctgttctt
aaacgtaaaaagaaccttagtgatgactctgacagcagctcctcagatgacctcatgtca
cgactcaaatccaagacgactgctggcaccaagaagagcaagaagtgggaagaggatgag
agtttccaggtttcagaccctgaagaagccgctcctgtagctgcagcaccacgggataaa
ccctcacgggcccggaaacccatcacctacaacctggactcagattcagatgaagatttt
taa
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