KEGG   Theileria annulata: TA07645
Entry
TA07645           CDS       T00253                                 
Name
(RefSeq) hypothetical protein, conserved
  KO
K20826  RNA polymerase II-associated protein 1
Organism
tan  Theileria annulata
Brite
KEGG Orthology (KO) [BR:tan00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:tan03021]
    TA07645
Transcription machinery [BR:tan03021]
 Eukaryotic type
  RNA polymerase II system
   Other transcription-related factors
    Others
     TA07645
SSDB
Motif
Pfam: RPAP1_C RPAP1_N
Other DBs
NCBI-GeneID: 3862568
NCBI-ProteinID: XP_952957
UniProt: Q4UA20
Position
4:575996..579620
AA seq 1197 aa
MSPDDGEKDTDFNLMSNDFDIVEHFEEDDSPNDIPLPTFDPCGFPKAKHRTLSDLTLSKP
QEDEDFLIKPLQEMSIDEIKDAQKYLYEKLGKETCDFIKERRLKRDEMSKGINKSETEQK
PSDYKPSPNELIFKFNKNEFQKYEWMNPPESKTKEEDKGELQLHSLRFNFEGFLLSESEN
TDHTTYESSLYNHGLDPDKPGYTLPEILHLSQSSFKPQVQVSMRTLPNILFRSYQEVKST
EGPKCFFGYDQYRWKNYINRDLNLLPKVGYYICEYQLSLNILIDSLRCLSILVFGDTAFW
VPNNDNKEPDSLYSVGPLEDVIFDYYQFYSGVDIYYWNPLYLDLLDTDLLCSSDTSGSKN
SLKYKSDLESFYLSSLKGKFQYYSTDELLREIFELPEGYKSEDELDFLVDNRLFLLSKNN
IIDKLLLIMKRYNSNTAVQLYCTISICGFLAYFKTPLANALAKFEPFKNHYESLVNSIIS
TRSDEKSTVHLRGAVLYLIKYLSIYMSDLESYFHSTSTVALIKHTVTQCFNRELYELNII
LDLQKTENSKSLKTYTSVAIKCLTIWAIRGYTIDFLEEFVPLVNLAFFKVKENFKDFKTP
NTYLEDFCEPITALIKHISTCVSLDKFHNYPEQIFTNVIDLLYLLERHNDWSDEGLSFLF
SLLQINYEHINSLTTLDSLNDIESQVGMLFSLSNLLLKRLVGSLEIPDLLMSIPWFENYQ
QSGSGVCLHNQELVKKLFNRSMLPFNCLNVVLKTIVWFRNLGVWNKEKRTLVRDLQVLDE
GFFKLAEKMIEKLKSVYFSLFRTKSFYLSCSLYIVKSVPILTPWLQYLINLFQFGFNSSD
ALFTVLALSIDYEMIQDALILLKHKFSQKFDGVLDSYFDFNKYLSRYGVGDQRLPVVSFL
GYLTCAPIHITSNSRFTFEDEVNLMSQLLCSSLRSKLLGWCVPGYQFSQFVYSLCSNDSQ
DLLSRVTLKQYELLQSLLFDLIGGIQDFETHDTESSMNNNIEMTNESSDNISKDWRNALN
TFMGIEPLKNKVPSLVDNFSDEEEMNRMCRKLVMKFNSGNIDSPLTVGLLLLFGSWISTE
ECSNLVWSDESLMLLIGRNLWVDFETFKVYSTLVPTFSVGHLKTLSTPFDSDSVFKLQRK
LLESFSDQSLLKQDPVLFITLVSVLKNSRKAELEEMSSNIKSNLLRKLLLNMSKDGN
NT seq 3594 nt   +upstreamnt  +downstreamnt
atgagtccagatgatggtgaaaaggataccgacttcaatttaatgtcaaatgattttgat
atagttgagcactttgaagaagatgattccccaaatgacattccattaccaacattcgac
ccatgcggctttcctaaagctaaacataggactttgtctgacttaacactgtctaaacct
caggaagatgaagattttctgattaaacctctccaggagatgtcaattgatgagatcaag
gatgcgcaaaaatatttgtacgaaaaactaggaaaagaaacatgtgattttataaaggaa
agaagacttaaaagggatgagatgagtaaaggaataaataaaagtgaaacagagcagaaa
cctagcgactacaaaccatcacctaatgaattgatttttaagtttaacaaaaatgagttt
caaaaatacgagtggatgaacccaccagagtcaaaaacaaaagaagaagataaaggagaa
ttacaactacattccctgaggtttaactttgaaggatttttgctaagtgaatctgaaaat
actgaccacacaacatatgaaagttctctttataaccatggtcttgatccagataagcca
ggctacacacttccagagatacttcacctatcacagagtagctttaaaccacaagttcaa
gtatccatgagaacattgcctaatattttgttccggtcataccaagaagttaaatcaaca
gaagggcccaagtgtttttttggttatgatcagtatagatggaaaaactatattaacaga
gatttgaatttgttgcccaaagtaggatactatatatgtgaatatcagttatcactaaat
attctaatagattctctgaggtgcctgtcaattctggtgtttggtgacactgcattttgg
gtgcctaataatgataacaaagagccagattcactttattcagtgggcccactagaggat
gttatcttcgactattaccagttctattcaggagtggacatttactattggaacccactc
tacttggacctcctggatactgacttactttgcagttctgacacaagtggttccaaaaat
agcctaaaatataaaagtgatctggaatcattttatttatcatcattaaagggcaaattt
cagtattattcaacagatgagttgttaagagagatttttgagttgccagaggggtacaag
tctgaggacgagttggattttttagtggataatagattgtttctgttgtccaaaaataac
ataatagataaattgttgttaattatgaagagatataacagtaacacggcagttcagctg
tattgtaccatatctatttgtggatttttggcctatttcaaaacaccgttggcaaacgca
ttggctaaatttgaaccattcaaaaaccattatgaaagtctggtaaattcaataattagc
actagaagtgatgaaaaatcaacagttcacctaagaggcgctgtattatatctgattaag
tacctgtcaatatacatgagtgatttggagtcttattttcattccacttccactgtagca
ctcataaagcatacagtcacccagtgttttaatagggaactttacgaacttaatataatt
ttggatttacaaaaaacggaaaactccaaatctctaaaaacttacacatctgtagctata
aaatgcttgactatttgggcaattagaggatacactattgattttttggaggagtttgta
ccactagtgaatctcgcgtttttcaaagtaaaagaaaattttaaggattttaaaacccca
aatacatatctggaagatttttgtgaaccaataactgcactcattaaacatatttctacc
tgcgtaagcttagacaaattccataattaccctgagcaaattttcacaaatgtcattgac
ttgctttatcttcttgaaaggcataatgattggagtgatgagggtttaagttttctattc
agccttttacagattaattacgagcatattaactcactaacaacattggatagtttgaat
gacattgagagtcaagttggtatgttatttagcctatcaaatcttctgttgaaaagattg
gtaggctcattagagataccagatttgcttatgtcaataccatggtttgaaaattaccaa
caatcaggctcaggtgtatgtttacataaccaggagctggttaagaaactgtttaatagg
tccatgttgcccttcaactgccttaatgtagtccttaaaaccatagtttggtttagaaat
ttgggagtctggaacaaagaaaaacgaaccttggtcagggatcttcaagtgctagatgaa
gggttctttaaacttgctgaaaagatgattgagaagttgaagagtgtgtattttagccta
tttagaacaaagtccttttatctaagttgttcgctttacatagtcaagtcagtgcctatt
ttgacaccatggttacaatatctcattaacctattccaatttgggttcaacagctctgac
gcattgtttacagtactggcactatcaatagattatgaaatgattcaagatgccttaatt
ttgttaaagcataagttttcccaaaaattcgatggagttttggactcgtactttgacttt
aataagtatctctcaagatatggagtaggtgaccaaagattaccagttgtttcattcctg
ggatatttgacgtgtgctccaatccacattacgtcaaattcgcggtttacttttgaggat
gaggttaatttaatgtcacaattgctttgtagtagtcttagatcgaaattattagggtgg
tgtgttcctggttatcagttctcacagtttgtatactcactgtgctcaaatgactcccaa
gatttgctctccagggttactttaaaacagtatgaattgttacaatcacttctttttgat
ttaatagggggtattcaagattttgaaactcatgatactgaaagttctatgaacaacaat
atagagatgacaaacgagagttcagataatatcagtaaagattggagaaacgccttgaac
acatttatgggaatagagcctctaaaaaataaagttccatcactagtggataacttttct
gatgaagaggaaatgaataggatgtgtagaaagttggtaatgaagtttaactcagggaat
attgattcacccctcactgtgggactactcttgttgtttgggtcctggatttcaacagaa
gaatgctcaaacttggtttggtcagatgaatcgttgatgttactaattgggaggaattta
tgggtggattttgaaacattcaaggtctactctacactggttccaacttttagcgttggt
cacctgaaaacactttcaacgcccttcgattctgattcagtttttaaattgcagaggaaa
ctcctggaatcattctcagaccaaagcttgctaaaacaagaccctgtgttgtttataact
ctggtgtcagtcttgaagaattcacgaaaagctgaacttgaagaaatgtcatcgaatata
aagagcaatttactcagaaaactcttgctaaacatgtcgaaagatggaaactaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (44)   

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