KEGG   Theileria annulata: TA10710
Entry
TA10710           CDS       T00253                                 
Name
(RefSeq) DNA-directed RNA polymerase III largest subunit (RPC homologue), putative
  KO
K03018  DNA-directed RNA polymerase III subunit RPC1 [EC:2.7.7.6]
Organism
tan  Theileria annulata
Pathway
tan03020  RNA polymerase
Brite
KEGG Orthology (KO) [BR:tan00001]
 09120 Genetic Information Processing
  09121 Transcription
   03020 RNA polymerase
    TA10710
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:tan03021]
    TA10710
Enzymes [BR:tan01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.6  DNA-directed RNA polymerase
     TA10710
Transcription machinery [BR:tan03021]
 Eukaryotic type
  RNA polymerase III system
   RNA polymerase III
    Core subunits
     TA10710
SSDB
Motif
Pfam: RNA_pol_Rpb1_5 RNA_pol_Rpb1_1 RNA_pol_Rpb1_2 RNA_pol_Rpb1_3 RNA_pol_Rpb1_4
Other DBs
NCBI-GeneID: 3862648
NCBI-ProteinID: XP_953288
UniProt: Q4U940
Position
4:1276257..1281799
AA seq 1648 aa
MVAPKRQKVKQEVTSSTKEETSTSNKGGFDFLEIYNKYESANSKDFVKSEPTKKAEIVKS
SSFMMEAQTEGFLRKEYVLPSTNKTIIDSLQFDVMASSDISRASEIEIEHKQLYLINSRK
PCLYGPLDSRLGCFLMVITGCNNKDAICETCGKGYNECVGHWGHIKLALPVFHIGFFKYT
IQILYCICKKCSSLLLSEESIKKFYELHKKAQDDPVLKPLIFKNIVQDCKKISKCPRCQS
PQGVIKKIVKPIIDQFMKLKHIVKYKESGKMKTVEEELNPLVVKHLFENIDPVHSKVLNI
VHPEKLIISNLPAPPNCIRPSVSVGEEGTTEDDLTCIFSDIVESNNQLKSYIKNGAQTNS
FIVHWQIIQYQCTRFINSDSPALAQLLLSRRVSKPGRGIFQRLKGKEGRFRGNLSGKRVD
FSARTVISPDPNVGIDEVVVPEWIARRLTFPERVTKYNIHVLKKAILNGVSVWPGASYVN
KLDGSKCSLRFANPKHMSENLQVGDIVERHLWNGDIVIFNRQPSLHRLSIMCHRARVMSG
STFRFNECVCLPYNADFDGDEMNLHLPQTYEARAEALHLLSVLKNLTTPRNGEPLIAPVQ
DFLCASYLLTSKDMFLNRSEFSQVISYFTDGTIQVDLPPPSIIHPVTLWTGKQVFSVLIK
PNNKSKVMVNIRVREREYTDPNQYYKNLNKDNLEGGKVENTKSQTSSNDVKPVSFMKLDD
CMCPSDGYVVIYKSELMCGSLGVRSLGASKGGLFYELMLKNSPKISSECMLRVSKLSSRW
LSEFGMTIGLDDVTPSKELIDKKKQLLLDGYSRVDEAISNFQFLQPYPGCTREQTLELQV
KSILDELRNESGKICTSLLNPDNKPLIMFNSGAKGALINIAQMVACVGQQNVSGQRIQNG
FIGRTLPHFTMGCKDAKSRGFVANSFFTGLEPEEFFFHTMSGREGLIDTAVKTSETGYMQ
RRLMKVMEDLSVCYDYSVRTSDGQIVQFLYGDDGLSSLSKSCFTNLKSSLDHIKHINPIN
KQLIFTSSHIDPTHLDNQEQGPSKRRNKLKRSGTNTNKERKCTQDSKWILPPKNVEELLE
KVDSLLMDKEFVSKLPPQIKNKVASYIHWIKPTETDCEACPEKDRRKFLERLDSRQFSRA
KSVDDNIINTFKNHIVAYFSVYVENSYSRRNVPLFPCEIEAWTKFLQPLLVELLPPTIYN
HSCVSQVSDYPYSYGIGSVYEFGNTIERVLMEHSEKIALVLDKKYEQVFESINTESQTVI
ERFKLVNTVNRISLEQMFEFIRYSWKDYQKSLCEPGEAIGALGSQSIGEPATQMTLKTFH
FAGVASMNVTLGVPRIQEIINATSLIATPIIEVPLEDKTSYEFALKVKSKIEKTTLGQIC
LNIKQLYTPQNSKLLFTLNRNLIEQLHLEINSNKFLIIPDFYTHHIYTYLDIIIETGSFG
KVKIPKNSVYSIGDWQICIELPSNQQHFFQQNALISGLTQLVVAGYKSIKRAVIKRESTP
QGPNYQIAVEGYGLQEVMGSYGVMSSAVKSNHVSEVAKVLGIEAARSVIISEIQKCMDAY
SIDIDCRYMKLLGDVMTFRGEVVGINRFGIQKMRSSALMLASFEETNDHLLEAALHHRRD
PIKGVSECIIMGKPISLGTGSFDILMSN
NT seq 4947 nt   +upstreamnt  +downstreamnt
atggtggcgcctaagaggcagaaggtcaaacaagaagttacttcttcgaccaaagaagaa
acatctacaagcaataaaggaggattcgatttcttagaaatttataacaaatatgaatct
gccaattctaaagattttgttaaatctgaaccaacaaaaaaggcggaaatagtcaagtcc
tctagtttcatgatggaagcgcaaacagaaggattcctgagaaaagaatatgtacttcca
tccacaaacaaaacgataattgatagcctccagtttgatgttatggcaagctcagatatc
tccagagcttcagaaatagaaatcgaacataaacaactatacttgattaattcaagaaaa
ccttgcctttatggacctctggactcaagattaggttgttttctaatggttataacagga
tgtaacaataaagatgcgatatgtgaaacatgcgggaaaggatataacgaatgtgttgga
cattggggacatataaaactagcattgcctgtgtttcatatagggttcttcaagtacaca
atacagatactgtactgcatatgtaagaagtgctcgtcacttttactctcagaggagtca
atcaagaagttttacgaattacataaaaaggctcaagatgacccggtcctaaagccactg
atatttaagaatatagttcaagattgtaagaaaatctcaaagtgcccaaggtgccaatcg
ccacaaggagtaattaaaaaaatagtaaagccaataatcgatcagttcatgaagctgaaa
catattgtaaaatataaagagtctgggaaaatgaagacagtggaggaggaattaaaccca
ctggttgtgaagcacttatttgagaacattgacccagtacactcaaaggtccttaatata
gttcacccggaaaaactaattatttcaaatctaccagctccaccgaactgtataaggcca
tcagtatctgtaggtgaggagggtaccactgaagatgacctaacgtgtatattttcggat
atcgtagagagtaataatcaactgaaatcatatataaagaacggagcgcagacgaattca
ttcatcgtgcactggcagattatacagtaccagtgtactcgattcattaactctgattca
ccagcactagcacaactgttgttatcaagaagagtatctaaaccgggaagaggaatattc
caaagactaaaaggaaaggaaggaaggtttagaggaaacttgtcggggaaaagagtagat
ttctcagcaagaacagtaatatctccagatccaaatgtaggaatagatgaagtagtagta
ccggagtggattgcaagaagactaacattcccagaaagagtaaccaagtataacatacat
gttctgaaaaaagcaatactgaatggagtgtcggtgtggccaggagcatcatacgtaaac
aaattagatggcagcaagtgtagcctaagatttgcaaatccgaaacatatgtctgaaaat
ttacaagtgggagatatagtagaaaggcatctatggaacggagatattgtaattttcaat
aggcagccctcgttgcataggctaagcataatgtgccatcgagcaagagtaatgagtgga
tcaacatttagatttaatgagtgtgtttgtttaccatacaacgcagattttgatggagat
gaaatgaaccttcacctcccacaaacatacgaagcaagagcagaagcactacacctactg
agtgttctgaaaaacttgacgacaccaagaaacggagaaccacttatagcaccagtccag
gattttctgtgtgcttcatacctactaacaagcaaggacatgtttcttaaccgttcagag
ttctcccaggttatttcttactttacagacggaacgatacaagtagatttgccgccacca
tcaataatacacccagtaacactatggacaggaaaacaagtgtttagcgttttgattaaa
ccaaacaacaaatcgaaagtgatggtaaacataagagtaagagagagagaatatacagat
cctaaccaatactataagaatttaaacaaggataatttagaaggtggtaaagttgaaaac
acaaaatcacaaacatcttcaaatgatgtaaaaccagtaagttttatgaaactggacgat
tgtatgtgtccaagcgatggatacgttgtaatatataagtcggagttgatgtgcggaagc
cttggagttagatcgttaggagcaagtaaaggaggcttgttttatgaactaatgctcaaa
aatagccctaagatatcctcagaatgcatgctgagagtgagcaagctatcgagcagatgg
ttgtcagaatttggaatgacaataggactagacgatgtcacgccgagcaaagaattgata
gataagaagaaacaattgttgctagatggatactcaagagtggatgaagcaattagtaat
ttccagttcctacaaccatacccaggttgtacaagagaacaaacactagagttacaagtg
aaatcaattctggatgaattgcgtaatgaatctggcaaaatatgcacatctctactaaac
ccagataataagccattgatcatgtttaactcaggagccaagggtgcactgataaatatt
gcgcaaatggtagcatgcgtaggacagcaaaatgtgtcgggacaaaggatccaaaacggc
ttcataggaagaacattacctcacttcacaatgggatgtaaggatgcaaagagcagaggc
ttcgtagcaaactcattctttacagggcttgaaccagaagagttctttttccatacaatg
tcgggaagagaagggttgatagatacagcagtcaagacctcagaaacaggatatatgcaa
cgcagactaatgaaggttatggaggatttgtcagtgtgttatgactacagtgtgaggact
agtgatggtcagatagtccaatttttgtatggtgatgacggtttgtcctcattatcaaag
tcgtgtttcactaacttgaagagttcactggaccatataaaacatattaacccgattaat
aagcaactaatatttacatcatcgcacatagacccaacacaccttgataaccaggaacaa
ggaccatcaaagaggagaaataagttgaaaaggagtggaacaaacacgaataaggagcga
aagtgtacacaggatagtaaatggatacttcctccaaaaaacgtagaggaattacttgag
aaagtagattcgctactaatggataaagaattcgtcagtaaattgcctccacaaattaag
aataaggtggcttcatacatccactggataaaacctacggaaacagattgtgaggcgtgc
cctgaaaaggatcgcagaaaatttttggaaaggttagactcgaggcaattcagcagagct
aaatcggttgacgataacattataaatacatttaaaaaccacatcgttgcgtatttctca
gtatatgttgaaaacagctactccaggaggaatgttccgttgtttccttgtgaaattgag
gcatggacaaagttcctccaaccattactagtagaactactgcctccaacgatatacaac
cattcatgtgtttcacaggttagtgattatccatatagttatggtattggaagtgtatat
gagtttgggaatacaattgagagggtgcttatggaacactctgaaaagatagcgttggtg
cttgataaaaaatatgaacaggttttcgagtcaataaacacagagtcccaaactgtaatt
gagagattcaagctggttaacacagtgaacagaatttcactggaacagatgttcgagttc
atcaggtatagctggaaagattaccagaagagtttatgtgagccaggagaagctattgga
gcattgggatcccaatctataggtgaaccagcaacccagatgaccttaaaaacattccat
ttcgcaggggtagcctcaatgaatgtaacactgggtgtccccagaattcaagaaatcatc
aatgcgacatcactaattgcaacaccaattatagaagtcccattggaagataaaacgagc
tacgaatttgctttaaaggttaaatcaaaaattgaaaagacaacactgggtcaaatatgc
ctaaacatcaaacagctttacacaccacaaaatagcaagttgttgttcactctgaacaga
aatttaatagaacaactgcaccttgaaattaattcaaataagtttttaatcataccagat
ttttatacacaccatatttatacatatttggatatcataattgaaactggttcctttggg
aaagttaaaataccaaaaaacagtgtgtactcgataggagactggcagatttgcatagaa
cttccgtccaatcagcagcatttcttccagcaaaacgcactcatctctggtttaacccaa
cttgtggttgcaggctacaaaagcataaaaagggcagtaataaagagagaaagtacacct
caaggaccaaattaccaaattgcagttgaaggatacggacttcaagaggtaatgggatca
tacggtgtgatgtcatctgcagttaagagtaatcacgtatctgaagttgccaaggttctt
ggaatagaggctgcacgtagtgtcataattagcgagattcaaaagtgtatggacgcatat
tcaatagatatcgactgccgctacatgaagcttctgggagatgtaatgacgtttagggga
gaagttgttggaataaataggttcggtatacagaagatgagatcatcagcacttatgtta
gcatcatttgaggaaaccaatgaccacctgctagaggctgcgctccaccatagaagggac
ccaatcaagggtgtttctgagtgtataataatgggaaagcccatttctctgggaactggt
tccttcgatattttaatgtcaaattag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (54)   
   KEGG ORTHOLOGY (1)   
   RefGene (50)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (68)   

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