Apis florea (little honeybee): 100870533
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Entry
100870533 CDS
T09140
Name
(RefSeq) LOW QUALITY PROTEIN: DNA topoisomerase 2
KO
K03164
DNA topoisomerase II [EC:
5.6.2.2
]
Organism
aflr
Apis florea (little honeybee)
Brite
KEGG Orthology (KO) [BR:
aflr00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
aflr03032
]
100870533
03036 Chromosome and associated proteins [BR:
aflr03036
]
100870533
Enzymes [BR:
aflr01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.2 DNA topoisomerase (ATP-hydrolysing)
100870533
DNA replication proteins [BR:
aflr03032
]
Eukaryotic type
DNA Topoisomerases
100870533
Chromosome and associated proteins [BR:
aflr03036
]
Eukaryotic type
Chromosome condensation proteins
Other regulators of chromosome condensation
100870533
Centrosome formation proteins
Centriole proteins
100870533
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DNA_topoisoIV
TOPRIM_C
DNA_gyraseB
HATPase_c
Toprim
DTHCT
Motif
Other DBs
NCBI-GeneID:
100870533
NCBI-ProteinID:
XP_012350540
LinkDB
All DBs
Position
Unknown
AA seq
1520 aa
AA seq
DB search
MFSRHISKIYFGYTKKYYIRMSTAIENGSNDNSAKKKTIEGIYQKKSQLEHILLRPDTYI
GSVEPVTETMWIYDKEKESMIQKEXKYVPGLYKIFDEILVNAADNKQRDPKMDTIKIEIN
AENNIISVWNNGKGIPVVIHKEENMYVPTMIFGHLLTSSNYDDEEEKVTGGRNGYGAKLC
NIFSHRFTVETASKEYKKCLKQTWSNNMGSASEPRIKDFSGEDFTKVIFSPDLSKFKMQS
LDDDIIALMSRRAYDIAASTRGVKVFLNGTKIPVKNFKDYVDFYIKGREDDVGNPLKIVY
ENCGPRWEVAITLSDKGFQQMSFVNSIATTKGGRHVDHVTELIVKQLTETLKKKNKAGVT
IKPFQIKNHLWIFINCLINNPTFDSQTKENMTLQAKSFGSKCTLSEKFITSVTKIGIVEA
VLTWAKFKADSQLQKLGPKSKQRKLQGIPKLEDANDAGTNKSLECTLILTEGDSAKTMAV
SGLAAIGRDKYGIFPLRGKILNVREATHKQILENAEINNLIKILGLQYKKKYETREDLKT
LRYGKMMIMTDQDQDGSHIKGLLINFIHHNWPSLLKLNFVEEFITPIVKATKGNQVLSFF
SMPEFNKWKSETENFHTYKIKYYKGLGTSTAKEAKEYFENMTRHRIRFRYDGDQDDQNII
MAFSKKCVDQRKDWLMNHMDETKRRKEIGLGERYLYEKDTRTVSFSDFINVELVLYSNYD
NVRSIPNMIDGFKPGQRKVLYTCLKRNDKREVKVAQLAGSVAEHSAYHHGEVSLMSTIIN
LAQNFVGSNNINLLQPIGQFGTRLAGGKDAASPRYIFTMLSPLARYIFHKHDDALLKHEY
DDNQKIEPVFYIPTIPMVLVNGADGIGTGWMTKIPNYNPREIIENLYRMMDGADPKPMVP
YYKNFKGVIESCGDFRYIINGEISVIGPDKVEITELPIGTWTQTYKETVLEPMLHGTDKT
PATITDYKEYNTDTAVHFIIMLNRDKLLELERDGLHKAFKLQTTMTVTSMCAFDENQCLQ
KYDSVLQILKGFYKVRLEMYHKRKEYLEGILQAEASKLSNQARFIVEKCDGTIVIENKKR
KDMIAELIRREYESDPVLAWKLSQNREEVLEAQEEVAENVDDETVSSTVITKENFDYLLG
MTLWSLTKEKKDELLRQKDDKLAELKRLQARTPISLWKEDLDNLLNELNRLEEKERKEEQ
KSKQCIKKPPSKYYTSDDIRRIVPIIDTELKRKIEKADIVSKDKKEGIKKQRVKKEPVED
KDEFDVLIEANAKSLDDRLGNSPEKIEKKAAGRKRLKQTTLPFKSKVKKEKDDKKKDKDS
DSNDDIDFGSISPPPAPRTSRRTAAKKNYNFSSEESSSSDEVVSISSDIEQKTKPVTIVN
SDSDDTYKIHKKPSSEELFDSLIGSSPEKQPKAIVAFSEESSSTISPQTKAPAKKKTENG
GKGTKRQIKKKVISSDSDSEEMFSSKQTPVKKRKKKSEESEEDNIVNVVESSPLPPRKTA
GRTRKPVSYAVQSDDDEDSN
NT seq
4563 nt
NT seq
+upstream
nt +downstream
nt
atgttttcccgccatattagtaaaatttatttcggttatacaaaaaaatattacatcaga
atgagtacagcaatagaaaatggaagtaatgataattcggcaaagaaaaaaactattgaa
ggcatatatcaaaaaaaatctcaattagaacatattttattgcgtcctgatacttatatt
ggttctgttgaaccagtaacagaaactatgtggatttatgacaaagaaaaagaatcaatg
atacaaaaagaantaaaatatgttcctggattatataaaatatttgatgaaattttagta
aacgcagcagataataaacaaagagatcctaaaatggatacaattaaaattgaaattaat
gcagaaaacaatattatatctgtatggaacaatggtaaaggcattccagtggtaattcac
aaagaagaaaatatgtatgttcctacaatgatatttggtcatttgttaacatcatctaat
tatgatgatgaagaagaaaaagtaacaggtggcagaaatggctatggtgccaaattgtgt
aatattttcagtcatcgttttactgtggaaactgcatctaaggaatacaaaaaatgttta
aaacaaacatggagtaataacatgggaagtgcaagtgaacctagaattaaagacttttct
ggcgaagattttacaaaagttatattttcaccagatttatcaaaatttaaaatgcaatct
ttagatgacgacataattgctcttatgtctagaagagcttatgacatagcagcttctaca
agaggtgttaaagtttttttgaatggtacaaagattcctgtcaaaaatttcaaggattat
gttgatttttatattaagggtagagaagatgatgttggcaatcctttaaaaattgtatat
gaaaattgtggacctcgttgggaagtagctattactttatctgataagggtttccaacag
atgtcttttgtaaacagtattgcaacaacaaagggtggacggcacgtggaccatgttaca
gaattaatagtaaaacaattgacagaaacattgaaaaagaaaaataaagctggagtaaca
attaaaccattccaaataaaaaatcatttatggatttttattaattgtcttattaataat
cccacatttgattcacaaactaaggagaatatgacattacaagctaaaagttttggatca
aaatgcacacttagtgaaaaatttattacatctgtaacgaaaattggaattgtagaagca
gttttaacatgggcaaaatttaaagctgatagtcaattacaaaagttgggacccaaatca
aaacaaagaaaattgcaaggtataccaaaattagaggatgctaatgatgctggaactaat
aaatcattagaatgtacacttatattaacagaaggagattcagctaaaactatggctgta
tctggacttgcggcaataggtagagataaatatggtatatttcctttaagaggtaaaatt
ttaaatgtaagagaggcaacacataaacaaatcttagaaaatgcagaaattaataattta
ataaaaattcttggtcttcaatataagaagaaatacgaaactcgagaagatctaaaaaca
ttacgttatggaaaaatgatgataatgactgatcaagatcaggatggttctcatatcaaa
ggcttgttaattaattttattcatcacaattggccatcattattgaaattaaatttcgta
gaagaattcatcacgcctattgttaaagctacaaaaggaaatcaagtattaagttttttt
tcaatgccagaattcaataaatggaagtcggaaacggaaaattttcacacttacaaaatc
aaatattacaaaggtttgggtacttccactgccaaagaagcaaaagaatattttgaaaat
atgactagacatagaattcgatttagatatgatggagatcaagatgatcagaatatcatc
atggcttttagtaaaaaatgtgttgatcaacgaaaagattggttaatgaaccatatggat
gaaacaaaaagaagaaaagaaattggtcttggagaacgttatttatacgaaaaggataca
cgtactgtatctttttctgacttcattaatgtagaattagttttatatagcaattatgac
aatgttcgatctatacctaatatgatcgatggttttaaacctggacaaagaaaagtattg
tatacatgtttaaaacgtaatgataagcgcgaggtaaaagttgcacaattggctggttct
gtagctgaacattcagcatatcatcatggagaagtttctcttatgtcaactattattaat
cttgcacaaaatttcgtaggaagtaataacataaatttacttcaaccaattggtcaattt
ggtacaagacttgcaggaggaaaagatgcagcgagtcctcgatatatttttaccatgctt
agtccattagcaagatatatatttcacaaacatgatgatgctttattaaaacacgaatat
gatgataatcaaaaaatcgaacctgttttttacataccaactataccaatggtattagtg
aatggtgctgatggtattggtactggatggatgacgaagataccaaattataatcctaga
gaaataattgaaaatttatatagaatgatggatggtgctgatccaaaacctatggtacca
tattataaaaactttaaaggtgtcatagagagttgtggagattttagatacattattaat
ggcgaaatttcagtaataggaccagataaagttgaaattactgaacttccaatcggcact
tggactcaaacatataaagaaacagtattagaaccaatgttacatggaactgataaaacc
cctgctactattacagattataaggagtataatacagatacagcagttcattttataata
atgttaaatcgcgataagttattagagttagaaagagatggtcttcacaaagcatttaaa
ttacaaacaacaatgacagttacatctatgtgtgcatttgatgagaatcaatgtcttcaa
aaatatgatagtgtcctccaaattttaaaaggtttttacaaagtcagattagaaatgtat
cacaaaagaaaagaatatttagaaggaatcctacaagcagaagcgtctaaactttcaaat
caagcacgatttattgtagaaaaatgtgatggtacaatagtaatagaaaataaaaaaaga
aaagatatgattgcagaattaattaggcgagaatatgaatctgatccagttctggcttgg
aaattatcacaaaacagagaagaagttttagaagctcaagaagaagtagctgagaatgtg
gatgatgaaacagtatcatctactgttattacaaaagagaattttgattatctattagga
atgacattgtggtctttaacaaaagaaaaaaaagatgagctattacgtcaaaaagacgat
aaattagcagaattaaaaagattacaagctcgaacacctatttctttatggaaagaagat
ttagataacttgttgaatgaattaaacagattagaagaaaaagaacggaaggaagaacaa
aaatcaaaacaatgtattaagaaaccaccatccaaatattatacttccgatgacattcgt
cgaatagtacctataattgataccgaattaaaaagaaaaattgaaaaagcagatattgta
tctaaagataaaaaagaaggcataaaaaaacagagggtaaagaaagaaccagtggaagat
aaagatgaatttgatgtattaattgaagctaatgccaaatctttagatgatagattgggc
aattctccagaaaagatagaaaagaaagctgctggtagaaaaagactaaaacagacaaca
ttaccatttaaatcaaaagtgaaaaaagaaaaagatgataaaaaaaaagataaagattcg
gatagtaatgatgatattgactttggtagcatttctcctcctccagctcctcgtacatcc
cgtagaacagcagctaaaaagaattacaattttagtagtgaagaatcttcttctagtgat
gaagttgttagtatttcttcagatattgagcaaaaaacgaaacctgttacaattgtcaat
agtgattctgatgatacttataaaatacataaaaaacctagttcggaagaactttttgac
tctttaattggtagctctccagaaaaacaaccaaaagctattgtagcatttagtgaagaa
tcgtcttcaacaatctcacctcaaacaaaagctcccgctaagaaaaaaactgaaaatgga
ggaaaaggaacgaaaagacagattaagaaaaaagttatttcttccgattcagactcagaa
gaaatgttctcaagtaaacaaactcctgtaaaaaaaagaaagaagaagtccgaagagtca
gaggaagacaatattgttaatgtagtagaaagttctccattaccacctcgtaaaactgcc
ggtcgtactcgtaaacctgtttcgtatgctgttcaatcagatgatgatgaagattctaat
tga
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