KEGG   Acromyrmex echinatior (Panamanian leafcutter ant): 105151718
Entry
105151718         CDS       T03917                                 
Name
(RefSeq) DNA topoisomerase I, mitochondrial isoform X1
  KO
K03163  DNA topoisomerase I [EC:5.6.2.1]
Organism
aec  Acromyrmex echinatior (Panamanian leafcutter ant)
Brite
KEGG Orthology (KO) [BR:aec00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:aec03032]
    105151718
Enzymes [BR:aec01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.1  DNA topoisomerase
     105151718
DNA replication proteins [BR:aec03032]
 Eukaryotic type
  DNA Topoisomerases
   105151718
SSDB
Motif
Pfam: Topoisom_I Topoisom_I_N Topo_C_assoc DUF2570
Other DBs
NCBI-GeneID: 105151718
NCBI-ProteinID: XP_011063877
UniProt: F4W6S1
Position
Unknown
AA seq 1016 aa
MELEQATPQMNADLEKKTKESGGGGGDGVSGNHSDHINGMSNGFDKKREHKSEHRDKDRE
RSHKSDHKDKDRSKDKERNHKSEHRDKDKDKHRHSSSSVKDKEKHDSSNNKDKDRKSSSS
KDKEHKSSSSSSKDKEKDKTRDKEHHHKSSSSSKDKDRHHSSSKDKDSSSKDRHRHSSLN
SSSRDKDKDRSISKDKDSKKHSSEKDKDRHSTSHSSSEKHRSSEKDKDKHRESLSSKDKH
RHDKDKDRHRHDKDKSKHREEKEKKDKEEIKVKEEPNVKMNHSSEGYYNLEIKPEIKEEP
MTQPEFDDDDDSGGERPLYIKEDDDDEPIKENASMDSTDGNDTRLSDLHNTTIKTENDSG
EEDEPLLSESKVSSRVKRKIESDEDDDVPLSTRKKAKKATNQKTKKKKRKHADDDDDYDA
EPEDIPKPKKKTTKVKTEGEVSPRKKKQEEEQQEIWKWWEEEKKSDGTKWYFLEHKGPVF
APPYEPLPPTIKFYYNGKEMKLSEETEEVATFYARMLDHDYTTKPAFNNNFFHDWREVMT
ESERAKITDLSKCNFKEMHAYFLQKSEERKAMTKDEKLKIKEKNEEIQKEYGFCSIDGHK
EKIGNFKIEPPGLFRGRGEHPKMGKLKKRVLPEDVLINCSKDSNIPKPPAGHKWKEVRHD
PNVTWLASWTENIQGQVKYVMLNPSSKLKGEKDWQKYETARKLAQSIDKIRAEYRDDWRS
KEMRIRQRAVALYFIDRLALRAGNEKDEDQADTVGCCSLRVEHIKLHEQKGGKEYVVVFD
FLGKDSIRYYNEVPVEKRVFKNLQLFMENKSPGDDLFDRLNTTVMNKHLNELMEGLTAKV
FRTYNASWTLQQQLDKLTDPNETEAEKILSYNRANRAVAILCNHQRSVPKTHAKSMENLK
AKIDTKKAVIAECEQQVKDAKRDAKHGSVKEKVTYEKKKKQLERFKDQLTKLEVQATDRE
ENKEIALSTSKLNYLDPRISVAWCKKHNVPIEKIYNKTQRDKFRWAIDMAGPDYVF
NT seq 3051 nt   +upstreamnt  +downstreamnt
atggagctcgagcaggctacaccgcagatgaatgcggatctggagaagaagactaaggag
agcggcggcggcggcggcgacggcgtctccgggaatcatagcgatcatatcaatggcatg
tccaacggtttcgacaagaaaagagagcacaaatcagagcacagagacaaggacagagag
cgatctcacaaatcggatcataaagataaagatcggagcaaagacaaggagaggaatcat
aaaagcgaacacagggataaggacaaggacaaacatagacatagctccagttctgttaag
gacaaggagaagcatgatagtagtaataataaagacaaggatagaaagagttcatctagt
aaggacaaagagcataagagtagcagttcatccagcaaagataaggaaaaggacaaaacc
agggacaaggaacatcatcacaaatcgagctcgagctccaaagataaagacaggcatcac
agcagttctaaggacaaggatagctcgagcaaggataggcatagacacagttccttgaac
tctagctcgcgcgataaggataaggaccgcagtatctcgaaggacaaggatagtaagaag
cattcgtcggaaaaggacaaggacagacattccacttcccactcttcgagtgagaagcat
cgttcctcggaaaaagataaggacaagcacagagaaagtttgtccagcaaagataagcat
cgtcatgataaagacaaagatcgtcatcgtcatgataaggacaaatccaagcatcgcgag
gaaaaagagaagaaggataaggaagagatcaaagtaaaggaagaaccgaacgtgaagatg
aatcactcaagtgaaggatattacaatctagaaatcaagcctgagataaaggaggaaccc
atgacgcaaccagaatttgatgatgatgacgacagcggtggtgagcgaccactttatatt
aaggaagacgatgatgatgaaccgattaaggagaatgctagtatggattcgacggatgga
aatgacaccaggctgtcggatctccacaatacgaccatcaaaacagaaaatgactcggga
gaagaggatgaaccattgttatcggaatctaaggtatcgtcaagagtgaagagaaaaatc
gagtcggacgaagatgacgacgttccgctgtcaacgcgtaagaaagccaagaaagctact
aaccagaagaccaagaagaaaaaacgaaaacacgcggatgatgatgatgattatgacgcc
gagcctgaagatataccgaaaccaaagaagaaaaccacaaaggtaaaaacagaaggcgaa
gtaagcccgaggaagaagaagcaagaggaggagcagcaggaaatttggaaatggtgggag
gaagagaagaaaagcgatggaacgaaatggtatttcttggagcacaaaggaccagtattt
gcaccaccctatgaacccttaccccctaccataaagttttattataacggcaaggagatg
aaactgagcgaggagacagaggaggttgcaaccttctatgcgcggatgctcgaccatgat
tacacgacaaagcctgctttcaacaacaactttttccacgactggcgagaggtgatgact
gaatcggagcgtgccaagatcaccgatctgtcgaaatgcaacttcaaggagatgcatgcg
tacttcttgcaaaagagtgaggagcgcaaagccatgactaaggatgaaaaattgaagatc
aaggagaagaatgaggagatacagaaagaatatggtttctgcagtattgatggccataaa
gaaaagatcggtaacttcaagattgaaccgcctggattgttcagaggccgtggtgagcat
cccaagatgggcaaattgaagaagcgagtgctgccggaggatgtacttatcaactgttcg
aaggattcaaatataccgaaaccaccggccggtcacaaatggaaggaggtgcgacacgat
ccgaatgtaacatggctggcttcctggacggagaacattcaaggccaggtgaagtacgtg
atgctaaatccatccagcaagctcaagggcgagaaagattggcagaagtacgagacagcg
cggaaattggcgcagtcgattgacaaaattcgcgcggaatatcgagacgactggagaagt
aaggaaatgcgcatcagacaacgggctgttgctctgtattttattgataggctggcgctt
agagccggcaatgagaaagatgaggatcaggcggacactgtaggctgttgttcattacga
gtggagcatatcaagctgcatgaacaaaagggcggcaaggaatatgtcgttgtatttgat
ttcttaggtaaagattctattcgatattacaatgaggtgccagtagagaagcgcgttttt
aagaatctgcagctcttcatggaaaataaatcgcctggagacgatctgtttgatcgtctc
aacaccaccgtgatgaataaacatctgaacgagctgatggaaggtttaaccgctaaagta
ttcagaacttacaacgcatcgtggacgctgcaacagcagctcgataagttgactgatccg
aacgaaacagaggcagagaagatcctctcgtacaatcgagccaatcgcgccgttgccata
ttatgtaaccatcagcgttcagtaccaaaaacacacgcgaaatccatggagaacctaaag
gcaaaaattgacacaaagaaagcagtgatagcagagtgtgagcagcaagtaaaggacgct
aaacgagatgcaaaacatggttcagtaaaagaaaaagtaacatatgaaaagaagaaaaaa
caactagaaagatttaaggatcaattgacgaagctggaagttcaggcaactgaccgagaa
gagaataaagagattgcgctgagtacctccaaattgaattatcttgatcctagaatttcc
gttgcttggtgcaaaaagcataacgtcccgatcgagaagatctacaacaagactcagagg
gataagttccgatgggcaatagacatggccggtccagactatgtgttttaa

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Ontology (3)   
   KEGG BRITE (3)   
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 (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (20)   

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