KEGG   Candida dubliniensis: CD36_46080
Entry
CD36_46080        CDS       T01140                                 
Symbol
TOP2
Name
(RefSeq) DNA topoisomerase 2, putative
  KO
K03164  DNA topoisomerase II [EC:5.6.2.2]
Organism
cdu  Candida dubliniensis
Brite
KEGG Orthology (KO) [BR:cdu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:cdu03032]
    CD36_46080 (TOP2)
   03036 Chromosome and associated proteins [BR:cdu03036]
    CD36_46080 (TOP2)
Enzymes [BR:cdu01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.2  DNA topoisomerase (ATP-hydrolysing)
     CD36_46080 (TOP2)
DNA replication proteins [BR:cdu03032]
 Eukaryotic type
  DNA Topoisomerases
   CD36_46080 (TOP2)
Chromosome and associated proteins [BR:cdu03036]
 Eukaryotic type
  Chromosome condensation proteins
   Other regulators of chromosome condensation
    CD36_46080 (TOP2)
  Centrosome formation proteins
   Centriole proteins
    CD36_46080 (TOP2)
SSDB
Motif
Pfam: DNA_topoisoIV TOPRIM_C DNA_gyraseB HATPase_c Toprim phiKZ_gp29PR
Other DBs
NCBI-GeneID: 8047762
NCBI-ProteinID: XP_002420251
UniProt: B9WF18
Position
4:1511962..1516347
AA seq 1461 aa
MSDSESDYFTDGSEDDFVPTSKKSTKKNASSKQKQPLADATNSTVSSSRSSTPKPSNASE
TYQKLSQLEHILKRPDTYIGSVEKTKTEMWCFDADTESMVFKEVTIVPGLYKIFDEILVN
AADNKIRDPSMKNIRVKIDAENNIIEVMNDGKGIPVEMHTKENMYIPELIFGNLLTSSNY
DDNEKKVTGGRNGFGAKLCNIFSTQFEVETADLNMGKLYKQSWTNNMSNVSKPKITTLKT
KKEYTKITFRPDLSKFDMDCLDNDLLSVLRRRVYDLCGTVKNCNIYLNEKRLNISSFKSY
VEMYVKAIKERSPEPEPQDGTIKNFTTIVHEVFNDRWEVAFAVSDGSFNQVSFVNSIATT
SGGTHVKYVSDQIINKLVETLSKKEKGKKKLMIKPQEVRDNMFLFINCLIENPAFTSQTK
EQLTTKVSQFGGKDKFVANDNLINRILKTSIVEKIRAIANANEDKALQKADGSRKSRIKG
QVNLVDANRAGTKDGHNCTLILTEGLSAMNLAVAGLSVVGRDYYGCFPLRGKLLNVREAS
ADQIAKNSEINSLKQIIGLQHKKVYTAENIKSLRYGHIMIMTDQDQDGSHIKGLIINFLE
TSFPGLLDIPGFLLEFITPIVKVTVRARGAGGKRVIPFYTMPEFEHWRDTEGKQCRWTQK
YYKGLGTSTPMEAREYFTALDRHLKRFHALQGEDKNYIDLAFSKKKADERKEWLQGFLPG
THLDPEITEIPISDFINKELILFSMSDNVRSIPSVLDGFKPGQRKVLYGCFKKKLRSEIK
VAQLAGYVSENTGYHHGEQSLVQTIIGLAQNFIGSNNINVLKPNGSFGSRAAGGKDFSAA
RYIFTELSEITRKIFNPLDDPLYTYVQDDEQTVEPEWYLPVLPMILVNGAEGIGTGWSTN
IPSYNPKDLVANIRRLMNGEELQEMTPWYKGWGGDLEPMGPQKFKVSGRIEQIDSNTVEI
TEIPVKTWTNNVKEFLLSGFGNEKTQPWIKDMEEHHTTSIRFVVKLTDAEMQKSLRIGLL
ERFKLVSSLSLANMVAFDPMGRIKKYNDVLEIIKDFYYVRLEYYQKRKDYMTDNLQNQLL
MLSEQARFIKMIIEKQLSVANKKKKQLVALLEEHNFTKFSKDGKPIKSNQELLTGEAADE
EEEVEEQEGDEDVGDTSIANIQEGETEQTAHVPETIYSSYDYLLGMAIWSLTYERFMKIM
QQRDQKEAELNALLSKSAKDLWNHDLDEFLVEFDKFLIRDEQERESLASNGKKKPTKRRA
KATATKEQPTNKKIKVEPKEKKTTSVKPVVKKEVSSEPQSSSSSSKPKDKDDILSFFSPS
SNGAKKTNKTSGGSTSNKKIETITLFSDDDDDDDIFNLNSSSSTKVKKETKSRSATPVVE
KQKKQKPSGKQSILDELEDLEILGSFDKPTSKERRPRETASTTNRNTKKKPVIIDSDDDE
DDDIVMSDGDDGDDDDFIVDE
NT seq 4386 nt   +upstreamnt  +downstreamnt
atgtctgattcagaatctgactatttcactgatggctcagaagatgattttgttccaact
tctaaaaaatctaccaagaaaaacgcgtcttccaaacaaaagcagcctcttgctgatgca
accaatagcacagtcagttcatcgcgttcttccactcctaaacctagcaatgcttcagaa
acgtatcaaaaactttcccagttagagcatattttgaaaagacccgacacttatattgga
tctgttgaaaaaaccaaaacagaaatgtggtgttttgatgctgacactgaatccatggtg
ttcaaagaagttactattgttcctgggttgtataagatatttgatgaaattttggttaat
gctgctgataacaaaatcagagaccctagtatgaagaatatcagagtcaaaatcgacgcg
gaaaacaatataatagaggtaatgaatgatgggaaaggtataccagttgaaatgcacacc
aaagaaaatatgtatattcctgaattgatttttggtaacttattaacttcttcgaactat
gacgacaatgagaaaaaagttactggtggtagaaatgggtttggtgccaaattatgtaat
attttctctactcaatttgaagtggaaactgctgatttgaatatggggaaattatataag
caatcttggacaaataacatgtcaaatgtctcgaaaccaaaaatcaccactttaaaaacc
aaaaaagaatataccaagatcacttttagaccagacttgagcaaatttgatatggactgt
ttggataatgaccttttatctgttttgagaagaagagtttatgatttatgtggtactgtc
aaaaactgtaacatttatttaaatgaaaagaggttaaacatctccagttttaagagctat
gtggaaatgtatgtcaaagccatcaaagaaagatcacctgaacctgaacctcaggatgga
accatcaagaatttcaccaccattgttcatgaagtgtttaatgatagatgggaagttgcc
tttgctgttagtgatggatcttttaatcaagtcagttttgtcaactccattgccacaaca
tcagggggtacacatgtcaaatacgtctcggatcagatcattaataaattagtcgaaaca
ttatccaagaaggaaaaaggtaagaagaaacttatgattaaaccccaggaagttagagat
aatatgtttttatttatcaattgtcttattgaaaacccagcttttacttcccaaacaaaa
gaacaattaacaacaaaagtttcacagtttggaggtaaagataagtttgttgccaatgat
aatttgatcaaccgtattttgaaaaccagtatagtagagaaaattagagctattgccaat
gcgaacgaagacaaggcacttcaaaaagctgatggtagcagaaaactgcgtatcaagggt
caagttaatttggttgatgcaaacagagctggtacaaaagacggacacaattgtacttta
attttaacagaagggctttctgctatgaatttagcggttgctgggctttcggttgtcggg
agggattattacggatgcttcccattgcgtggtaaattattgaacgttcgtgaagcttca
gcagatcaaattgctaaaaattccgaaatcaactctttgaaacaaatcattgggttgcaa
cataaaaaagtttacacagctgagaatataaaatcgttaagatatggtcatattatgatt
atgacagatcaagatcaggatggatcgcatataaaggggttgattatcaactttttagaa
acctcgtttcctggattgttggatattcctgggttcttactagaatttattactccaatt
gttaaggttactgttagagcaaggggtgctggtggtaaacgtgttataccattttataca
atgcctgaatttgaacactggagagacactgaagggaaacaatgtcgttggactcaaaag
tattacaaaggtttgggtacttctactcctatggaagcacgtgaatatttcacggccttg
gatcgtcatttaaagagatttcatgcattgcaaggtgaagacaaaaattatattgatttg
gcattcctgaaaaagaaagctgatgaaagaaaggaatggttacaaggatttttaccaggt
acccatcttgaccctgaaattaccgaaattcctattagtgatttcattaataaagagttg
attttgttttcaatgtctgataatgtaagatcgattccatccgttttggatgggttcaaa
ccagggcaaagaaaagttttgtatggatgttttaagaaaaaattgagaagcgaaattaaa
gttgcccaattggcaggatatgtaagtgaaaacacaggatatcatcatggtgagcagtcg
ttggtgcaaactataattggtcttgcgcaaaatttcattgggtctaataacatcaacgta
ttgaagccaaatggttcgtttggttcgcgtgctgctggtggtaaggatttctcggctgcg
agatatattttcacggaattgagtgaaattactcggaaaatattcaatccattggatgat
cccttgtacacttatgtccaagatgatgagcaaacagttgaaccggaatggtacttgcct
gttttgcccatgattttggtaaatggtgctgaaggcattggtactggttggtctacaaat
attccttcatacaatcccaaagatcttgttgcaaatataagacgattaatgaatggtgaa
gaattacaggaaatgaccccatggtacaaagggtggggtggtgatctcgagccaatggga
ccgcaaaagttcaaagtttccggaagaattgaacaaattgatctgaatacagttgaaatt
acagaaattccagtgaaaacttggaccaacaatgtcaaggaatttttactcagtgggttt
ggaaacgaaaagacacagccatggattaaagatatggaggaacaccatactacttcgatc
agatttgtggtgaaattgactgatgctgaaatgcaaaaatctttacgaattggtcttttg
gagaggttcaagttggtgtcttctttgagtttggccaatatggttgctttcgatcctatg
ggtagaatcaaaaaatataacgatgttttagaaataattaaggatttctattatgttcga
ttggaatactaccaaaagagaaaggattacatgacagacaatttacagaatcaattgttg
atgttgagtgaacaggcgaggtttatcaaaatgataattgagaaacaattgagtgttgcc
aacaagaaaaagaagcaattggttgcattgttggaagaacataattttacaaaattcagt
aaagatgggaagccaattaaatctaatcaagaattgttgactggtgaagctgctgatgaa
gaagaggaagtcgaagaacaagaaggtgacgaagatgtgggagatacttctatagccaat
attcaagaaggagaaactgaacaaacagctcatgttccagaaactatctattcatcttat
gattatttgttgggtatggcaatttggtcgttaacttatgaacggtttatgaagataatg
caacaacgtgaccaaaaggaagcagaattgaatgccttattatcaaaatcggcaaaggat
ctttggaaccatgatttggatgaatttttggttgaatttgacaagttcttgattcgtgat
gaacaagaaagagaatctttggcttctaatgggaagaaaaaaccaaccaagagaagagcc
aaggcaactgccaccaaagagcagccaaccaataagaaaattaaagttgaaccaaaagaa
aagaaaactacatcagtcaagccagtggtaaagaaagaggtttcaagtgaaccacaatcg
tcttcttcttcttccaagcctaaagataaggatgatatattgtcatttttctctccatca
agcaatggtgctaaaaagacaaacaaaacatcaggtggatcaacatccaataaaaagatt
gaaacaattacacttttcagtgatgatgatgacgatgacgatatatttaatttaaatctg
tcatcttccacgaaagtcaaaaaagagacaaaatcaaggtctgctaccccagttgttgag
aaacaaaagaagcaaaaaccttctggtaaacaatctattttggacgaattagaggatctt
gaaatattaggaagttttgataaaccaacgtcaaaagaaagaagacccagagaaactgct
tcaacaacaaacagaaatactaaaaaaaaacctgtcattatagatagtgatgatgatgaa
gatgacgatattgttatgagtgatggggatgatggtgatgatgatgattttattgtagat
gaatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (19)   

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