KEGG   Theileria annulata: TA11835
Entry
TA11835           CDS       T00253                                 
Name
(RefSeq) DNA topoisomerase i, putative
  KO
K03163  DNA topoisomerase I [EC:5.6.2.1]
Organism
tan  Theileria annulata
Brite
KEGG Orthology (KO) [BR:tan00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:tan03032]
    TA11835
Enzymes [BR:tan01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.1  DNA topoisomerase
     TA11835
DNA replication proteins [BR:tan03032]
 Eukaryotic type
  DNA Topoisomerases
   TA11835
SSDB
Motif
Pfam: Topoisom_I Topoisom_I_N Topo_C_assoc
Other DBs
NCBI-GeneID: 3862395
NCBI-ProteinID: XP_952523
UniProt: Q4UDP8
Position
2:1571195..1574453
AA seq 999 aa
MDSQLWVPVPKIKATKSEPESSKDPLERVKTDVSGQNKTYALNLNKHCPEKNNLVNHGVG
LSGAPDNSEDFTLSVRINRKRTLNDLFDESDDENFTPNSEQISSKTHLHPVNSSGDLVNS
KPLNNSEIKADKLLPENVTSGYQKSSDVKVNNLPLKETVNNLEKGDHKRQKTDSSDDFKR
SDSGEVPLSNELESLTDSIRKSLDAPKPVSSTTNLNSNTLDHAKTNKNNVNSGENHTSKN
KQMKPKTDHKTKSDRKTKNEDVSLNHIKTENLNVKTEVKIDMVKDVKVEEKVQIKKEKKV
DPLVIEDIIEPINRWWEEIDEDMDYNKGLEFESKSSRWKYLEHNGMIFTPEYVPHNIPIM
VKGETIHLPPNLEEIATMWAQSMGTNYETSEIYCKNFWQVFVSKFEKDHFIRRCKLSDAD
FSLIKNHLEEEKQKKKDNKEFYKAKQQEDAKREYRFNYALVDWVREKVSSNKLEPPGLFK
GRGLHPKQGLLKSRMFPKDVILNLSKDAPVPKVTNFQREGHSWKDIYHDNSVTWLAYYKD
SINDQFKYMYLSAQSKFKGFHDFLKYNKARELKAYIQKIRDDYNTKMLCMTIIYTITLDI
YEKQLGTAVYLIDYLALRVGGEKDADEADTVGCCSLRVEHIKFSEKKKNTITLDFLGKDS
IRYFNTLNDVAYDNLAKFCNRKKSSEGIFSKINTNKLNEYLRELMDGLSAKVFRTYNASI
TLQNQFKRLRSKYKRSISTHTLLPSSVTDGLNDLNGLSVNEETGRTSRSSSNTDYSSLTS
TNSIDINSIDDLDDTQDEINDKPTNNENSTKDKNKDKDKDTKDVSVDIGNVSELLQFYNY
ANREVAILCNHQRSIPKQHETSMTKLKLQAKMLKEDIQELNEYCKHLQSNSKDEFKFESK
TKDVNGNPRKLITKPGMKLEAAKNKLATLKKKQKDHNIKMTIKDSNKTVALGTSKINYMD
PRITVAFCKKYEIPIEKVFNKSLRMKFPWAMCVRSDFTF
NT seq 3000 nt   +upstreamnt  +downstreamnt
atggactctcaattatgggttcctgtgccgaagattaaggcaactaaatcagagcccgag
agttctaaagacccattagaaagggtcaaaactgatgtttcagggcaaaataaaacatat
gctttaaatttaaataaacattgccctgaaaaaaataatctcgttaatcatggtgtaggc
ctttccggagctcctgataattccgaagattttaccttgagtgtcagaattaacagaaaa
cgcactctaaatgatttatttgacgaaagtgacgatgaaaattttactcccaactcggaa
caaatttcctccaaaacacacttacaccctgttaactcctctggtgatcttgtaaattct
aaacctctcaataactcagaaattaaagctgataaattattgcctgaaaatgttacttct
ggctatcaaaaatcttcagatgttaaagtcaataatttgcctttaaaggaaactgttaat
aatcttgaaaagggtgaccataaaaggcagaaaactgatagttcagatgactttaaaaga
tctgatagtggtgaagttccactatcaaatgagttggagtctctaactgactctattaga
aagtcattagacgctccgaaacccgtttcctctactacaaatttgaattctaacactcta
gatcacgccaaaactaacaaaaataatgttaattctggtgaaaatcacacctctaagaat
aaacaaatgaagcctaaaactgatcataaaactaaaagtgatcgtaaaactaaaaatgaa
gatgttagtctaaatcatatcaaaactgagaatttgaatgtgaaaacagaagttaaaatt
gacatggtgaaagatgtaaaagtggaagaaaaggtacagataaagaaagaaaagaaagtg
gatccattagtaatagaagatataatagaaccaataaaccgttggtgggaagaaatagat
gaagatatggattataataaagggttggaatttgaaagtaagtcgagccgttggaagtat
ttggaacacaacggaatgatatttacaccggaatacgtacctcataatataccaataatg
gtaaagggagaaacaatacatctgccaccgaatttggaagagattgcgacgatgtgggcc
cagagtatgggcacgaactatgaaacaagtgaaatctactgcaagaatttctggcaagtt
ttcgtctcaaaatttgaaaaggaccattttatacggagatgtaagttatctgacgcagat
ttcagcctaatcaaaaaccacctcgaggaggagaagcagaagaaaaaggataataaggaa
ttttataaagcaaaacaacaagaagatgcaaaaagagaatatagatttaattatgcatta
gtagattgggtaagagaaaaggttagcagtaataagctagagcctccagggttatttaag
ggtagaggacttcacccaaaacaaggtcttttgaagtcaagaatgttcccaaaagacgtc
attttaaacctctccaaagatgcaccggtcccgaaagtaacaaactttcaacgcgaagga
cattcgtggaaggatatttaccatgacaatagtgtcacttggctggcatactacaaggac
agtatcaatgaccagttcaagtacatgtatctatcagcgcagtcaaaattcaaaggcttc
catgactttttaaagtataacaaggcgagagaactcaaggcttacatccaaaaaatccga
gatgactacaataccaaaatgctctgtatgactattatttatactattacgctggacatt
tatgagaagcagttgggaacagcggtctatttgattgattacttggcactgagggttgga
ggagagaaggacgcagatgaggctgacacggtcggctgctgcagtttaagagttgaacac
atcaagtttagtgagaagaagaaaaacacaatcacgctcgatttccttggaaaagactcc
atacgatattttaacacactgaatgacgtggcatatgacaatttggcgaaattttgtaac
cggaagaagtcaagcgaaggaattttcagcaaaatcaacactaataagttgaatgaatac
ttgagggagctcatggatgggttgtcggctaaggttttcaggacttacaacgcgtcaatt
acactccaaaatcagttcaagaggctgagatctaaatacaagagaagtattagtactcac
acactgcttccaagcagtgttacagatggtttaaatgatcttaatggtttaagtgttaac
gaggagacaggaagaacgtcgagatcctcatctaatacggattattcaagtctgactagt
actaatagtatagatattaatagtattgatgatttggatgacactcaagatgaaattaac
gataaaccaacaaataatgaaaattcaactaaagataaaaacaaggataaggataaggac
actaaggatgttagtgttgatattggaaacgtgtcagagttattacagttttataattac
gcgaatagagaagttgcaattctgtgcaatcatcaaagaagtatcccgaaacaacacgaa
acgtcaatgaccaagcttaagttacaggcgaaaatgcttaaagaggacattcaggaattg
aacgaatattgtaagcatttgcagtcgaattctaaggacgaatttaaattcgagtccaag
actaaggacgtgaacgggaaccctagaaaactaattacaaagcctggaatgaagttagaa
gcggctaaaaacaaacttgcaaccctcaagaaaaagcaaaaggaccataatattaagatg
accataaaggacagtaacaagactgttgctctgggaacgagtaaaatcaactacatggac
ccgagaatcactgtggctttttgtaaaaaatatgaaatccccattgaaaaggtttttaac
aagagtttgcggatgaaattcccttgggcgatgtgtgttcgctctgatttcacattttaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (78)   

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