KEGG   Theileria annulata: TA19590
Entry
TA19590           CDS       T00253                                 
Name
(RefSeq) t-cell activation-related wd repeat protein, putative
  KO
K14554  U3 small nucleolar RNA-associated protein 21
Organism
tan  Theileria annulata
Pathway
tan03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:tan00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    TA19590
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:tan03009]
    TA19590
Ribosome biogenesis [BR:tan03009]
 Eukaryotic type
  90S particles
   U3 small nucleolar RNA-associated proteins
    TA19590
SSDB
Motif
Pfam: Utp21 ANAPC4_WD40 WD40 PQQ_2 Lgl_C RAB3GAP2_N
Other DBs
NCBI-GeneID: 3864049
NCBI-ProteinID: XP_954483
UniProt: Q4UGI3
Position
1:complement(2110777..2113973)
AA seq 924 aa
MFNVNDSVERRSSIFKPGGQIGLICDGNSFCLNHLGTSSFIIVSALSQFVVYDSLSLRVV
FISLPLKSNIKSIASEYENVYLVLKDNSVEITHEHNSEIIAIFHHQSQLVTYTASELITY
TKAASDDDNSVPKWSLEKVITMDSNSEITAVLPLLGMNNKVLVGFSDSSLILLNLKSGKT
LYKFSKHQCINNNKVDDVKSNSSDLEGVAVMAQSCNTSSGVVAIGYNSGYVSIFDVNKDE
FLGGFSLTKKQKQPKSMSFVLDYLGISSKSDSLTRPELLVVGTTSGDLVVFDLLKFTLIS
CIESAHSTSIISLMHIEADKCLISLGENSMITWTMDSDKTFLRELRSRKGFIGTINILTP
YDEEEHDLLVCTSNEGSGSLGKISTIQQHQCVTFSTKSSKVKLKKITGISSCYQRHYDWP
NIVTCHQNSHQVHVWSGFKKILTEKVIKVPEMNSIATSVCLTKCGNYAIVGYQNGQIHLF
TLQSCNYDSEFTRGNENESLPAHSSQVINISLVGNSKIISISNSKTDRMVRVWDVIKVKL
ELEYDPELPKGVGAYNSAVGNFLTALACTDDNIYVLDVKGNVIIRKIKYHSKVNSMKFHM
NDSWLIITTERGTMLVYDILSACYVDYVEFLGNILDFHMDSSGSFMLVSNERAPGVVLQY
ANKHAFELFPKSILYKDIPKQPIPVDIPPSKIDSDQMVESEDENKTEEIEFKSTRSQLEA
GLITLSGLTSSKLQTMLFLDEIKERSKPKEPPKTNDNLPFFLPTTYKDGQLVFVEPEPEE
IETPKPRESLLKSTDSQTQFELLLYSNHEDKFERMMEYLLAQTPAMVHISLGLFSESKMD
ETLCEMLRFFQYQVKSKRNADALQVFLHLFLKFHAERLSNLKNPEAKKIMCELKTDLKGD
YKLLQESFDKISCYIKFLTHLQLD
NT seq 2775 nt   +upstreamnt  +downstreamnt
atgttcaatgttaatgattctgtcgagagaaggtcatcaattttcaaacccggaggacag
ataggattaatctgtgacggaaactccttctgcctgaatcatctcggaacctcctctttc
ataatagtctctgctcttagccagtttgtagtatacgattccctgtccctaagagtggtt
tttatatcactgccattaaaatctaacattaaatctatcgcatctgagtatgaaaatgta
tatttagtattaaaggacaattcagtagaaataacacatgaacataactctgagataatt
gctatttttcaccaccagagtcagctggtaacatacacagcatcagagctaattacatac
acgaaggcagcttctgatgatgataattcagtccctaagtggagccttgaaaaggttatt
acaatggatagtaactcagagattacagctgttttgccacttttagggatgaataataaa
gttttggtgggattttctgactcttccctaatcttactgaaccttaaatcagggaaaaca
ttatacaaatttagtaaacaccagtgtattaataataacaaagtggacgatgttaaaagt
aatagctctgatttagagggagtagcagtgatggcacaatcgtgtaatactagttcagga
gtagtggcaatagggtataatagtggatatgtgtcaatatttgatgttaataaagatgaa
tttctgggaggatttagcctgacaaagaagcaaaaacagccaaaatctatgagtttcgtg
ctcgattatcttggaatcagttcaaaatccgattctctaacaaggccggaactcctggtg
gttggaacaacaagtggggatttggtggtctttgatctactcaagtttaccctaatttca
tgcatagaatcggctcatagtacttcaattatcagcctaatgcatatagaagctgataaa
tgccttatatctttgggtgaaaattcaatgataacctggaccatggactctgataagaca
tttttgagagaattgaggagtagaaaaggttttattggaacaataaacatcttaaccccc
tatgatgaagaagaacatgacttgctggtgtgtactagtaatgaaggttctgggagtttg
gggaagatttcaacaattcagcagcatcaatgtgtgaccttttcaacaaaatcttccaaa
gtaaagctgaagaagataactgggatatcctcgtgctaccaaagacattacgactggccc
aacatagtaacatgtcaccaaaactcacaccaggtgcatgtttggagtggatttaagaag
atcctgacagagaaggtgattaaagtccctgaaatgaactcaattgcaacatctgtctgc
ctaaccaagtgcggcaattacgcaattgtgggttatcaaaatgggcaaattcatcttttc
actctacaaagctgtaattatgattctgagtttacaagaggaaatgaaaacgaatcttta
ccagcacattcatcacaagttatcaacatttcactggttgggaactccaaaatcatatca
atttcaaattccaaaacagatagaatggtacgtgtatgggatgtaataaaggtaaaattg
gagttggaatatgacccagagctacccaagggtgtaggagcgtacaattcagcagtcgga
aattttttgactgcactggcctgtactgacgataacatctacgtactggacgtcaaaggg
aatgtgattataaggaaaattaaatatcactccaaagttaattcaatgaaatttcatatg
aatgacagttggctgataattactacggaaagaggcacaatgttggtgtacgatatatta
tcggcttgttacgtcgactacgttgagtttttggggaacatcttggatttccatatggat
tcttctggctcgtttatgttagtatcaaatgaaagggcgcctggagtagtattacaatac
gcaaataaacacgcctttgagttgtttccaaagtctatactgtataaagatataccaaaa
cagcccattccagtagatattcctccatcaaagattgattcggaccaaatggtagagtca
gaagatgagaataaaactgaggaaattgaattcaagtcaaccagatcacaacttgaggca
ggactaataacgttatcagggctcacttcttcaaaactccaaacaatgttgtttttagat
gagattaaggagagaagtaagccaaaagaaccacctaaaactaatgataatttgcctttt
tttctaccaacaacctataaagatggtcagttggtgtttgtggagcctgaacctgaggag
atagaaacaccaaaaccaagagaatcactcctaaaatccacagactcacaaacacaattt
gagctacttttatactcaaaccatgaagataagtttgaaaggatgatggaatatttgttg
gcacagactccagcaatggtacatatatcattagggttgttttcagaatcaaaaatggat
gagactttgtgtgaaatgttgagattttttcagtatcaagtaaagagtaaaaggaacgcg
gacgcattgcaggtttttctacaccttttcctcaaattccatgctgaaagactttctaac
cttaaaaacccagaagccaagaagataatgtgtgaactaaaaacagatctaaagggagat
tacaaactactacaggaaagctttgataaaatctcctgttatatcaaattccttacacat
ttgcaattagactaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   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 (43)   

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