KEGG   Theileria parva: TP01_0386
Entry
TP01_0386         CDS       T00254                                 
Name
(RefSeq) hypothetical protein
Organism
tpv  Theileria parva
SSDB
Motif
Pfam: DNA_pol_A DNA_pol_A_exo1 AAA_25 DnaB_C ATPase Toprim_2 AAA_22 RNase_H_2 DUF6240 AAA_16 nSTAND3 Toprim_4 ABC_tran T2SSE AAA_29 PRK DUF3490
Other DBs
NCBI-GeneID: 3502762
NCBI-ProteinID: XP_765913
UniProt: Q4N8S8
Position
1:complement(782528..788891)
AA seq 1786 aa
MEPTYYTNQALNEPTLRISKKRLIGRYKVAFLFFLTRLILISCLFPFSECVKTDLSQGSF
SISKRGRQFPPPRTLCNIFKTFNTIHKFSPVDKLNMISVKSLKDISNLRNLIRFRYNKRD
RNYRNRSFYKCLFVSNLNKPQMESGKIIDGGSFYSYPPTSYPNMPSYNGSYGLDESNTFV
SNHYRNMGEDIVEYLNRKKIEYNESPIKYTLKFCPFCPPHRFKSDNLFKHEIFKNSGNSY
CHRCGYKGSLFDFKAHMGDLPGAFDIASDPITSPFGAKKVQKDPDVTIEDVNKFEDNLYN
NPEYACVLDYLTKTRGLKPHVLKKYHVGAGSFKFKSVTGKLEQEKCVVFPWLSTPNKLYP
NDEVETQTDDSEGFDYNREFTTDKLNVNRIKIRSIYDKSKIKILPRGGAWGMFGGHLIQE
AQEKDSIVLSEGELDAMSIYQETGRLTISLPNGANSLPLALLPKLEKFNEIYLWMDFDAP
GQSSISHFANKLGIQRVKVVHPLNTPTTTATTTKGTTTSTKGAGTTTKGSKSTTATTQKT
TSKMLKDANEVLLSGGVDMNNYFKNATVMTHSQILTFSDIRQLVYNELSDPVTTCGIKSI
TMPGLSNLLKGHRRGELTVWTGSTGSGKTTLLSQLSLDYCLQGVSTLWGSFEINNVRLAK
TMLRQFSGRNLENNLNEFDYYANKFNELPLRFLKFHGSTNIDIVLDAMDYAVYVYDVQHI
IIDNLQFMLSNYSGPSQNSSFGGYSSSKDIYELQNRTIEKFRRFVTNKNIHLSLVVHPRK
EADGIQLGLSSVFGSVKSTQEADNVIILQNILNESRCIDVKKNRFAGLLGRVYFKFDPVS
LTAQEFKVTEYLNEYTTNNFTKPKVKKDQPDTPTVPSGGFPINGTPETKPKVSLSNFKLN
LPQVNGSNVSNEPIGIPNVGTMTSEDLQSRPTPATSTNYKDKERNNVGLIGIDLLNLKPI
TQQINKIIQQNYTTSSNSNSDSSDSSGKPEGEDTSGDDNTNSNLVGTNDNSNSSGKGGKL
KTKSELVEEEYLSMRGLKITKNSSIKEMRDFVKKNGLGELVKTAGKGIKKDAIYENIRSI
IPQSAIITTKPTEEEVESVKEDSSVDTTKVEDESSARSDVHSFGVSTSKSLLKLERVNVT
PNNDITEFKLKYLSKLPKSLYKGEPPSSSKPTPVTTGDQVSIPVDVYYSVNFDPLLIDGI
IYVDSYDKLQSLEPLFKDPKAVGVDIETTGLDHNTNQIRLVQLSVPNQPSLIIDLFKLST
NNPDAESVVPGRNELIKCEWLKKLFKSKETVKVFHNGKFDINFLRVYGFEFEGPIFDTMV
ASKLLVASRYISCKLTHVSERYLNIVLDKTQQYSDWSTLQLFEEQLLYSARDSFVLLPLY
VILEHLLKINNLSDIASVENKCILATSDMELNGIQVDEDKLKFLQDELKQEHQEISNTLY
SQLNQSEINLNSQKQVLEKLQELKIMDKSKKKIISDTSESTLIRNMSNPIISSLREYRKA
NKALTAFTQKLPNHINPITKRIYPNYNQLGAESGRFSCDGPNLQQVPRDKKFRECFVAPK
GSKFVIADFSQIELRIAAEIANDPKMIQAYQQKVDLHSLTASILKNKNINDVNKEERQLA
KAVNFGLIFGMSINGLRMYAETGYNLKLTQNEAKEIYTSFFNNFKGILNWHNSVKNSRPT
MVRTLGNRLSVFESFSFTRSLNYPVQGTSADITKETMARLVDLVKPLNAKIIICVHDEII
LEVPEDNAEKALKMLIDTMVKSGEKYLKKVPVEAMGSIGDSWADKS
NT seq 5361 nt   +upstreamnt  +downstreamnt
atggaaccgacctattatactaaccaggcccttaatgagcccactttacgtatatccaag
aaaaggttgataggaaggtataaggtggcctttttgttctttttaacgaggttaattcta
ataagttgtttgttcccgttttctgagtgtgttaaaactgatttaagccagggaagtttt
agtatttccaaaaggggaaggcaattccctcccccccgaacactttgtaacatatttaaa
acttttaatactattcataagtttagcccagttgataagctgaatatgattagtgtgaaa
agtttaaaggacatctcaaaccttagaaatttaataaggtttagatataataaaagggat
agaaattatagaaatcgcagtttttacaaatgtctgtttgttagtaatttaaataaacca
caaatggaaagtggaaaaatcattgatggcggttctttttactcataccctcctaccagt
tacccgaatatgccttcatataatggctcatacggactggatgagtctaacacgtttgtt
tctaaccattacaggaacatgggagaagatatagttgagtacctgaacaggaagaagatc
gagtacaatgagtcgccaataaagtatacactcaagttctgcccattctgcccacctcat
agatttaaatccgacaacctcttcaaacatgaaatttttaaaaactcaggaaattcatat
tgtcatcgttgtggatacaagggcagtttgtttgattttaaggcacacatgggtgattta
ccaggagcatttgatatagcgtctgatcccattaccagtccgttcggagcaaagaaggtt
caaaaggacccagatgtcacaatcgaggacgtgaacaagtttgaagacaatctgtataat
aatccagaatatgcatgtgtattggattatctaacaaagaccagaggcttgaaacctcat
gtgcttaagaaataccatgtgggagcaggttcattcaagttcaaatctgtaacaggaaaa
ctagaacaagagaaatgtgtggtatttccatggctgtcaactccaaataaactgtaccca
aacgacgaagttgaaacacaaactgatgactcagagggatttgactataatagagagttt
acaacagataaattaaatgtaaatagaataaagataagaagtatatacgataagtctaag
attaaaatattaccaagaggaggtgcctggggaatgtttggaggtcatttgatccaggag
gcacaggaaaaggattctatagtgttatctgaaggtgaacttgacgcaatgagtatatac
caggagacaggaagattaacaatttcactaccaaatggagcaaactcactcccgctggca
ctattaccaaagcttgaaaagtttaatgaaatttatctttggatggacttcgacgcccca
ggacagtctagcatatcacactttgccaataaattaggcatacaaagggttaaagttgta
catccactcaacactccaactactactgccaccaccacaaagggtaccacaactagtact
aaaggtgctgggacaaccactaaaggctctaaatctacaactgctaccacacaaaagacc
accagtaagatgttgaaagatgctaatgaagtgctgttgagtggaggagtggacatgaat
aattactttaaaaacgcaaccgtaatgacacattcacagattctgacctttagtgacata
agacagctggtgtacaacgagttgagtgaccctgtaacaacatgcggtatcaagagcata
accatgccagggctgtcaaaccttctaaagggtcacagaagaggagaattgacagtgtgg
acaggatctacaggttcaggaaagacaacgctactctctcaactctcactagactattgc
ttgcaaggtgtttcaactctctggggatcctttgaaattaataacgttagactcgccaaa
actatgctacggcagttttcaggaaggaatttggagaacaatttgaacgagtttgattat
tacgctaataagtttaacgagttgccattacgatttctgaagtttcacggaagcacaaat
atagatatagtgttggacgcaatggattatgcagtttacgtgtacgatgtgcagcacata
ataatcgataacctgcagtttatgttatcgaattactcaggaccgtcacaaaactcaagt
tttggaggatatagtagcagtaaagatatatatgagttgcagaacaggacaatagagaag
tttagaagatttgtaacaaataagaatattcacttgtcgttggttgtacacccaagaaaa
gaagccgatgggattcagttgggactttcaagtgttttcggttcagtaaaaagtacacag
gaggctgacaacgtaattatactccagaatatacttaatgagtcgaggtgtattgatgtt
aagaagaacagatttgcaggtttgctagggagagtgtactttaaattcgacccggtttct
ttgactgcacaggagtttaaggtaacagagtatttgaatgagtataccactaacaatttt
acaaagcccaaggttaaaaaagatcaacctgacaccccaacagtgccctcaggagggttt
ccaataaacggaacacctgaaactaaaccaaaagtctcattaagtaattttaagcttaat
ttaccccaagttaatgggtctaacgtatcaaatgagccgattggtattccaaatgttggc
accatgacaagtgaagatttacagtctagacccacacctgcaacaagtacaaactataag
gataaagaaagaaataatgttggattaataggcattgatctactaaacctaaaaccaatc
acacaacaaatcaataaaattatacaacaaaattatacgacttcctctaacagtaattct
gacagcagtgatagttcaggtaaacctgaaggtgaagatacaagtggtgatgataatact
aactctaatctggttggaacaaatgataacagtaacagcagtggaaaaggaggaaaacta
aaaactaaaagtgaattggttgaggaagaatatttgagtatgagaggattaaagataacc
aagaacagtagtataaaggagatgagagattttgtaaagaagaatggattgggggagttg
gtaaagactgcaggaaaaggcattaaaaaggacgcaatatatgaaaatatcaggtcaata
ataccacaatcagcaataataactactaaaccaactgaggaagaagtagagtctgttaaa
gaggattcgagtgttgatactactaaggttgaagatgagagtagcgcaaggtcagatgtt
cactcatttggtgttagtaccagtaagtcactattaaagttagaacgtgttaacgtaaca
ccaaacaatgatattactgaatttaagcttaaatatctgagtaaattaccaaaatcactc
tacaaaggtgagcccccatcttcgagtaagccaactcctgttaccactggtgatcaagtt
tcaattccagttgacgtgtattatagtgtaaatttcgacccactgctgattgatgggata
atatatgtggacagttacgacaaactgcaatctttggaaccgctttttaaggacccgaag
gcagttggagttgacattgaaaccacaggcctggaccataacactaatcaaattagacta
gtgcagctgtcagtaccaaaccaaccaagcctaatcatagacctctttaagcttagtact
aataatccagatgccgaaagtgtcgtgccaggaagaaatgagttgataaaatgtgaatgg
ttgaagaaattattcaagagtaaggagacagtaaaggtgttccacaacggtaagtttgac
ataaatttcctaagagtgtatgggtttgaatttgaaggaccgatatttgacacaatggtg
gcaagtaagcttttagttgcaagcagatacataagctgcaagctaacacatgtgtctgag
cgttacctcaatattgtgcttgacaagacccaacagtactcagactggtcaactctacag
ctattcgaggaacagcttttatactctgccagagactcatttgttctactgccactatat
gttattctggaacatttgcttaagatcaataacctctctgatatagcaagtgtggaaaac
aagtgtatcctagcaacttctgacatggagcttaacggaatccaagttgacgaagataaa
ctaaaatttttacaagatgagctcaaacaggaacatcaagaaatttcaaataccctctac
tcgcaacttaatcaaagtgaaataaacttgaattcacaaaagcaggtgttggagaagtta
caggagctgaaaataatggacaaatccaagaaaaagattataagtgatacgagtgagtct
acactaataaggaacatgtcaaacccaatcatttcatccttgcgagaatatagaaaggct
aacaaagctttaactgcttttacacaaaaactgccaaaccacattaacccaatcacaaag
agaatatatccaaattataaccagctgggagcggaaagtggaagattcagttgtgacggg
cctaacttacagcaggttccaagagataagaagttcagagagtgtttcgtagccccaaag
ggctcaaagtttgtcattgcagacttctcacaaattgagctgagaattgcagcagaaata
gcaaacgatcccaaaatgatacaagcatatcaacaaaaagtcgatttacattctctgact
gcaagcatactgaagaataagaatataaatgacgtgaacaaagaggaaagacagttggcg
aaagcagtgaatttcggtttaatctttggaatgtctataaatgggttgaggatgtatgcg
gagacaggctataacttaaagctaactcagaatgaggctaaggaaatatacacttcattt
ttcaataattttaaagggatcttaaactggcacaattccgtaaagaatagtagaccgaca
atggttagaaccctggggaataggttatcagtctttgaatccttttcatttacacgttcc
ctaaactacccagtacagggtacatctgcagacattacaaaggagacaatggctaggctg
gttgacttggtgaagccgctgaatgctaagattatcatatgcgtccacgatgaaataata
cttgaagtccccgaagataacgcagaaaaggcactgaaaatgttaattgacactatggtc
aaatctggcgaaaagtacctcaagaaagtccctgtagaggccatgggctcaataggagac
tcatgggcagataaatcctaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (17)   
   Pfam (17)   
All databases (24)   

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