KEGG   Theileria annulata: TA17090
Entry
TA17090           CDS       T00253                                 
Name
(RefSeq) hypothetical protein, conserved
  KO
K12604  CCR4-NOT transcription complex subunit 1
Organism
tan  Theileria annulata
Pathway
tan03018  RNA degradation
Brite
KEGG Orthology (KO) [BR:tan00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   03018 RNA degradation
    TA17090
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:tan03019]
    TA17090
Messenger RNA biogenesis [BR:tan03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   mRNA cycle factors
    P-body specific factors
     TA17090
  mRNA degradation factors
   3'-5' decay
    Ccr4-NOT complex
     TA17090
SSDB
Motif
Pfam: CNOT1_CAF1_bind CNOT1_TTP_bind Not1 DUF3819
Other DBs
NCBI-GeneID: 3864309
NCBI-ProteinID: XP_953711
UniProt: Q4UIQ6
Position
1:353728..359136
AA seq 1764 aa
MDNTSNVKSDPDPLVDQVDFDNWPDYTNDEDVVNKYFYKLYVSQITTDQMIEVMRHLSAS
PKGSRNKSVYNTMIKILFNECRFFPKYPLQELSITAELFGKMIKHGLLLSNGPLLLLASR
CILEALKRGKTSKMFQFGTIALSQFENSIASYPWFSNSLLSIPDVKETFPQLYKTCEKLQ
TIMTDNMKNSTYIDQSKGIVIGQVEEVTQTQPEQNGQTSPPSYGLDIRASVGEWELIMGD
VEVDATVPPDSLVDHVYSIFNNMCPDDVEKKATEVSALLDQKYNTWLLLYIIRTRASKEH
NLHDVFANFIENMNYPKLFDQAIQITYLCINSCLKNVEQHKEVLAYRTLLKNLGSWLGRI
TLSRNVPIIHRQLDVKTVLTKGYENGYLVVVLPFICKSMESIKNSKIFKPPNPWTTAMLS
FLMEIRDLPNLKTNLVFEVEVLFKHLNLEMKDYANKTNLLTSKNPPKNSPDFEPPNPANT
VQTTSSTTTKTNGVQAGANTLEEKNVQYPGDREKLNQLLSKIIREGTLTTSSSKFNAIYT
PDVPTNLNNVVTQTTNNAPTKVTNTVPTGGSPSNVTTTPPPAVNLPTTANFAHAQINMSM
TRFIDNMMHNLHNNVVISPSIALFEIQPQFRSLVPIAVERAVRHVLSVVCEHSLSLARMC
TKVIIAKDFSNQEDENVTRGATRMMFETLATNLVVATCKEPLKVAFHESLRSSIQTHRTQ
DCNDQVLVEQLVQVLSQDNLAVCVNVVEKITQEYAIRESDLLFMEILKPISREPKLPTNF
LPTLINNWNTRNNNQHALVVYKSIFGNSRTTPQRVQLHSPSSVSQHSIQSQQFPVNQMNQ
QFQGQVMMGQPPISSPANQMPTSSLQQSSPNGLHTVLTLFEECLSELREPLREISMFPPP
LYNTGLEPGKTEHIFSTQSLHVLYSLPHDHEVFSCIIKCLNVVETSGCREVASMAIAKCL
LMFLCEGLGSNAGLNVEVLLCILDGLNSINPAVKQMLGNMLYSLPLDQNNNLFNIIVVTG
LLRYKLLEWSELTHYLILAMERGKNVYAIEMSIVATAIALIDQKSAPPTVGAPLVREISS
LSCGLEPCKTYPGVLIKDAWSKLLKDIVDVQNEPKPTILVLTTILKQNLNTLFGIHHFKT
NPSTQVQVGTEYNDQRSDDQIDGFGGARRVPIPSPVNDSHRFVFGALFGKWVECSKNVEG
DSLLLSWRQFFQKFNLQSLFKMEGGTDSFFSSCLYTIIHFEKTSKLFNMANKDPNNQKVN
GLTTMPNMRPQASTNTSSMMTSLNASNDPSTKSESMSDESNTNSSASSSASSSSAQGLSA
PPITLFDCLEGLCKMIDVMLRLVGGVGDIPPCSALQKLLSSLSSIIVHQGHYLSSYNIWL
SLMVYFDRYEEPNYVYAKLTFLYALEYINPTRVPGFSFFFMRLLVHPALINGSLRSSKCW
RILSRIFNLLSIYTADINNYPNTNKESNENKDLMVKEDSLESEKDTVRDIDNYVEYFTSV
YFNCVEHVSNLCPEFVSINYLNFFGTFAIERLASSVGNKGPSVLKGFLGVKGVDVIPEMK
VAPKVSNSWSNHISRNRLSLLVTKVLTKLSKFGLSSLVSCQDLETICLILTEQVNNTPAQ
SVMTFNSLTLEIVTTHPNVSQDLHDTNARLFLFLWLIKALPIKAKYQLVCSIVRHLRDPN
AHTFFFSCLIITMFDECKNDLDTKHVILRVLLESFIAPGKCPWGVSLVVLELFTNPRFQQ
IPNYSPQTNALIESITHTINNIAT
NT seq 5295 nt   +upstreamnt  +downstreamnt
atggataacacatcaaacgtaaaatcagacccagacccgttggtcgaccaggtcgatttc
gacaactggccagattacacaaacgatgaagatgttgttaataaatatttctacaagctg
tacgtatcacaaatcacaaccgaccaaatgatagaagtaatgcgacacctaagcgcatca
ccaaaaggatcgagaaacaagagcgtatacaacaccatgattaaaatcctgttcaacgaa
tgcagattcttcccaaagtacccattacaagaattgtcaataacagcagaattgttcggg
aaaatgataaagcatggactgctattgtcaaacgggccacttcttctgttagcatcgaga
tgtatactggaggcgctgaaaagaggaaagacatcaaagatgtttcaattcggaacaata
gcactatcgcagtttgaaaattcaatcgcatcgtacccgtggttctctaactcactcctg
tcaatcccagacgtaaaggagaccttcccgcaactttataaaacgtgcgaaaaactgcaa
acgatcatgactgataacatgaaaaatagcacatatatagaccaatcgaaaggtattgta
ataggtcaggtagaagaggtaacacaaacacaaccagaacaaaatgggcagacatcaccg
ccatcatatggcttggatattcgtgcatcggttggagagtgggaattgatcatgggagat
gtggaggtggacgcaacagtgccgccggattcgttggtagatcacgtttactcaattttc
aacaacatgtgcccagatgacgtggaaaagaaagcaactgaggtctcggcactattggac
cagaagtacaacacatggctcctgctgtatattatccgcacaagagcaagcaaagaacat
aacctccacgacgttttcgcaaacttcatagaaaatatgaactacccaaaactgttcgac
caagcaatacaaataacatatttgtgtataaactcatgcctaaaaaacgttgaacaacac
aaggaagtcttggcatatagaacactgttgaaaaacctaggaagttggctaggaagaata
acgctgtccagaaacgtaccaataatccatagacaactggatgtaaagacagtgctgacc
aagggatacgaaaatggatacctagtagttgtgctgccatttatatgtaaatcgatggaa
tcgatcaaaaacagtaaaatatttaagccaccaaatccatggacaacagcgatgttatca
ttcttgatggagataagagatctaccgaatcttaaaacaaacttagtgtttgaagtagaa
gtcctgttcaagcacctgaatttggaaatgaaggattacgcaaataaaactaatttgctc
acatccaaaaatccaccaaaaaatagtccagatttcgaaccaccaaatccagcaaacact
gtacaaacaaccagttctacaacaacaaagacaaatggtgttcaagcaggagcaaatact
ctggaagaaaagaatgttcagtacccaggagatcgagaaaaattaaatcaactgctgtca
aagattataagagaaggaacactaacaacctcctcctccaaattcaatgcaatatacact
ccagatgtaccaactaacttgaataatgtagtaacacaaacgaccaataacgcaccaaca
aaagttacaaatacagtacccacaggaggatcaccaagcaacgtgacgactacaccaccg
ccagcagttaacctaccaacaacagctaacttcgcccatgcacaaatcaacatgagcatg
acgaggttcatagacaacatgatgcacaacttgcacaacaatgttgttatctcaccctca
atagcactgttcgaaatacaaccacaattcagatcgctggtgccaatagcagtggaaaga
gcagtgaggcacgtcctatcagtggtatgcgaacactcactttcactggctagaatgtgc
acaaaggtcataatagcaaaggatttttcaaaccaagaagatgaaaatgtaaccagagga
gcaacgagaatgatgtttgaaacgttggcaacgaacctagtggtggcaacctgcaaggaa
ccattaaaggtagcattccatgaaagcctaaggtcgtcaatacagacacatagaacacaa
gattgtaatgatcaggtgctggtggaacaattagtccaagtactgagccaagataacctg
gcagtttgcgtaaatgtagtcgaaaaaatcacacaagagtatgcgatcagagaaagcgac
ctcctctttatggagatactcaaaccaatatcaagggaaccaaagttgcccacaaacttt
ctaccaaccctcattaataattggaacaccagaaataataaccagcacgcgttggtggtg
tacaaatctatattcggaaactcaagaacgacaccacagagagttcaattacacagccct
tcatcagtgtcacaacactcaattcaaagccagcaatttccagtcaatcaaatgaaccaa
cagttccaaggacaagtgatgatgggtcaaccgcctatatcatcaccagcaaaccaaatg
ccaacatcatcattgcaacaatcgtcaccaaacggactacacacagtgttgacactcttt
gaagagtgccttagcgagctgagggagccgctgagagaaatatccatgttcccgccacca
ctgtataacactggtttggagccggggaagacggaacatattttcagcacacagtcactc
catgtcctgtacagcttaccacacgaccacgaagtgttctcctgtataatcaagtgcctg
aacgtggtggagacgtcgggatgcagagaagtagcatccatggctatcgcaaagtgtttg
ctgatgtttctatgtgagggcctgggatcaaacgcaggtcttaatgtggaggttttactc
tgtatacttgatggccttaatagtattaacccggcagtaaaacagatgctaggaaacatg
ttatactcattaccgctggaccagaacaataacctgttcaacataatagtagtgacagga
cttctgagatacaaattgctggagtggtcagaactcacacactatttgatactggcaatg
gaaagagggaaaaatgtatacgcaatagagatgtctatagtggcaacagcaatagcactg
atcgaccaaaagtctgcaccgcccacagtaggagcacctctggtgagggaaatatcaagc
ctttcctgtggactagaaccatgtaaaacatacccaggagttctaattaaagatgcatgg
tcaaagctactaaaggatatagtagatgtgcaaaacgaacctaagcccacaatactggtt
ttaacaacgattctgaagcagaacttaaacacactgtttgggatacaccatttcaaaaca
aacccaagcacacaagttcaagtaggaacagaatataatgatcagagatcagatgaccag
atagatggatttggaggagcacgtagagttccaatcccatcaccagtcaatgactctcac
aggttcgtattcggagcactgtttggaaaatgggtagaatgtagcaaaaatgtcgaagga
gactcgttactgttatcatggagacagttcttccagaagttcaacctccagtcactattt
aaaatggaaggaggaactgattcattcttctcatcgtgcctgtacacaataatacatttt
gaaaaaacatcaaagctgttcaacatggcaaacaaagatccaaacaaccagaaagtaaat
ggtttgacaacaatgccaaacatgcgtccccaggcatctactaacactagttctatgatg
acctcattgaatgcaagtaatgatccgagcacgaaaagtgaaagtatgagtgatgaaagt
aacacaaattcaagcgcaagtagcagtgcatcctcgtcctcagcacaagggttaagtgct
ccaccaataacactctttgattgccttgaaggactgtgcaagatgattgacgtgatgttg
aggttagtgggaggagtgggagatatcccgccctgtagtgcacttcagaaactattatca
tcactatccagcataatagtacaccaaggacattaccttagctcatataacatatggctc
tcactgatggtctatttcgacaggtatgaagaacctaactatgtttacgcaaaactaaca
tttttatacgcacttgagtatatcaatccgacaagagtgcctggcttttcattcttcttt
atgaggttgctagtccacccagcactaatcaacggatcccttagatcctcaaagtgctgg
agaatactctcaagaatattcaacctcctctcaatatacacagcagacataaacaactac
ccaaacacaaacaaagaatcaaatgaaaataaggatcttatggttaaagaagatagtctg
gagtctgaaaaggatactgttagggatattgataattatgtagaatatttcacatctgtg
tacttcaactgtgtggagcatgtttctaacctgtgccccgagttcgtcagcatcaactac
ctgaatttcttcggaacgttcgcaattgagaggttggcctcaagtgtgggcaacaaagga
ccatcagtacttaaaggtttcctgggagttaagggagtggatgtaattccagaaatgaaa
gtcgcacccaaagtgtccaactcatggtcaaatcacatttcaagaaataggttatcactt
ctggtcacaaaggtgctaactaaactctccaaattcggactctcctcactggtaagctgc
caagatctggagacaatatgcctaatactcaccgaacaagtaaacaacactccagcgcaa
tcagtaatgacttttaactctctgacactggaaatcgtcacaacacacccaaatgtgtca
caagatcttcatgatacaaacgccagactattcctgtttttgtggttaattaaagcacta
cccataaaagcaaaataccaactcgtttgctcaattgttaggcacctcagggatccaaac
gcacacacattcttcttctcatgtctcattatcacaatgtttgacgagtgtaaaaacgac
cttgacaccaagcacgttatacttagagtgctcctagagtcattcatagcgccaggcaag
tgtccctggggagtatcccttgtggttctggaactctttactaatcccaggttccaacaa
ataccaaactactctcctcaaaccaacgccctcatagagtccataacacacaccataaac
aacattgctacataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (62)   
   KEGG ORTHOLOGY (1)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (73)   

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