Theileria orientalis: TOT_010000155
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Entry
TOT_010000155 CDS
T03460
Name
(RefSeq) conserved hypothetical protein
KO
K05288
GPI ethanolamine phosphate transferase 3 subunit O [EC:2.7.-.-]
Organism
tot
Theileria orientalis
Pathway
tot00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
tot01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
tot00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
TOT_010000155
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Gene cluster
GFIT
Motif
Pfam:
Phosphodiest
Motif
Other DBs
NCBI-GeneID:
20713113
NCBI-ProteinID:
XP_009688989
UniProt:
J7M8B0
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All DBs
Position
1:join(359091..359494,359634..359955,360006..360093,360286..360418,360526..360742,360865..363423)
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AA seq
1240 aa
AA seq
DB search
MASDNSPNGSNARFLAFVLLVIVASVLDFIGSLSYYFNFEGKNIFMPYYSDRNILPFPLL
FPEFDLSSYPNGSFNDGANNTHNISTDNSSNRVITSKNSNRSRGADEMCYRRILQEYEQY
RLNDANIFENVPKKGFIVPKDSPPGWLTYTSIDKLVLNLLDAYRFDYVVYDPLLANNKKD
LRNIFRNRMDSFYSLFKTPGSSSHQPRDEHRSRLHKLISSYPTLTVFAVKSIMSGDKRNV
GMVAGNLNPTDLKLDHLPHQCSSNNLELNLLGDVTSYDLAPNCFKNHMTNKHKNTVNDIY
NADQMIYDNFKTYIDTSDCLILHLVGADHLSHCGGRNTNEMSNIMDNYNKFVKELLAEYK
KRKNYMILFFGDHGQKESGSHGDDSVEEMETFLLAHSDLKLRDFKDDRCPISDTPAGYRL
NHSVLNGQVEAGFTYGHQYTQDICTTSSLLLNIPIPFHSEGFIIPTAVPVVTGPDGRDLT
EKFLVQLHHVNVHHLLRIVDLLSQNPEVTLNERKHEAILAKRLKLANMYTILRLVDTASS
SGMQGGGGQVFSQEGVEKLYKEYSSLCKRLSVMTSELVNESTRSFTFHYLYVCIIIKYVA
IVMLLYCMVGTLRYYQFPRSAVVTEGKVTRAKSKGLEAEWQGEGAGVEGELKGPGRDALV
RKALLRLLRAVLGSLLLSVTLGTRFKLLVPEDVPLLGSLLGQRVSRSLTLRWPLGVFRTL
LSLAQQYTLLLSRFFVIEEYDIYLHFSLLYGSFLTLFLLCDLPFLARSYRELLGCKASKS
IEYCSSALATFYYNVGRYSVRKLTTVFYCIVFYLVVVSECATYSHDTISRHLLALFMIIE
AGPFLLRGGYLAKTVRNRLLLVLGLLKFSSFFHDYRLFFYSSELPSASWLLREKVLSLFE
VSLLSLTAFYVVLLRVLQRFHKMPLEDCRNNFELSLVCCVRVFKRRGAMLAVYTATFFCV
LVNYALTTQSSLVGVHRFIHNLHNAYNMKMFVASLFAWAALVLFVLSLLGMLLNPFDLFF
NTGKGRGSRGGSADADGSANSAATSTYRVSSFLLYLMPQVCFLIFLVCGQKKAFQILVGL
AMLYHTCFILTCKNSNFYLSHALLLQTAADVVYFASGSLDKLLNLNFQTGFIFVTNYYSP
ISDPTVVFDTMSLHMLFAMVLMFSYFNTASLRYDLHGTTGLNKSFDFDSSDRFRSYVESV
DAQFSLGASPAYDHLGSASRPNAISRKTFTLRKIIHVITL
NT seq
3723 nt
NT seq
+upstream
nt +downstream
nt
atggcttccgataactccccgaatggtagtaatgccaggtttctggcatttgttttattg
gtaattgtggcctcagtcttggacttcattgggtccctgtcctactattttaatttcgag
ggcaaaaacatatttatgccctattattcagaccgaaatattctcccatttcccttacta
ttccccgaatttgatttgtccagttaccctaatggaagtttcaacgatggcgctaataac
acacataacattagcacagataattcttccaatagggttattacgagtaaaaatagtaat
aggagtaggggagccgacgagatgtgttaccggcgtatactgcaagaatatgagcagtat
agattgaatgacgcaaacatatttgaaaatgtgcccaaaaaagggtttattgtgcctaaa
gactcaccacctggatggcttacatatacatcaatagataaactagttttaaatctactt
gatgcatatcgattcgactatgtagtttacgatcctctgttggccaataataagaaggat
cttcgcaacatatttagaaatagaatggacagcttctattcactgtttaaaacccccgga
agcagttcacatcagccgagagatgagcacaggtcgaggctccataagctaatctcgtca
tatccaacattgacagttttcgccgtcaagagcataatgtcaggagataagcgtaacgta
ggaatggttgcgggaaacttgaatcccactgacttaaagctggatcacctcccacaccaa
tgtagcagtaacaacttggagttgaatttactcggtgacgtaacttcgtatgatttggct
ccaaactgtttcaaaaatcatatgacaaataagcataaaaacacagtaaatgacatatat
aatgcagatcaaatgatttatgataactttaagacatatattgacacctccgactgccta
atactacacctcgttggcgcagatcacctgtcacactgcggaggtagaaacacaaatgaa
atgtcgaacatcatggataattacaacaagttcgtaaaggaactgctggctgaatataaa
aaaaggaaaaactacatgatactcttctttggagaccacgggcagaaggagtcggggtca
cacggagatgactcagtggaagagatggaaacgtttctcctggcccactcggatctaaag
ttgagggactttaaggacgaccgatgcccgatatcagacactccggcagggtacaggctt
aaccactcagtgctgaacgggcaggtggaggcgggcttcacgtacggacaccagtacacg
caggacatatgcacgacgagctcgctgctgctgaacataccgattcccttccactcagag
gggttcatcatacccacggcagtgccagtggtcacgggtccggacggaagagaccttacg
gaaaagttcctggtgcagctgcaccacgtgaacgtgcatcacctgcttagaatagtggac
ctgctctcacagaacccggaggttacgctgaacgaaaggaagcacgaggcgatactggcg
aagaggcttaagttggcgaacatgtacacgatactgaggctcgtggacacagcgtcgagc
tcgggtatgcaaggtggcgggggccaggtgttctcacaggagggcgtggagaagctgtac
aaagaatacagctcgctctgcaaaaggcttagtgtgatgacctcagagctcgtcaacgag
tcgacgcggtcattcacgttccactacctgtacgtgtgcatcatcatcaagtacgtcgcg
atcgtgatgctgctctactgcatggtgggcacgctgaggtactaccagttcccgaggtca
gcagtggtgaccgaagggaaagtgacgcgggcgaagtcgaaggggctcgaggcagagtgg
cagggcgagggcgccggggtcgagggcgaacttaagggtccggggagggacgccctggtc
agaaaggcgctcctcaggctgctgagggcggttctgggctcgctgctgctctcagtcacg
ctcggcacgcgcttcaagctgctagtgcccgaggacgttccgctgctgggctcgctgctc
ggacaacgcgtctcgcgctccctcacgctcaggtggccgctgggcgtattcaggacgctc
ctgtcgctggcgcagcagtacacgctgctgctctcgaggttcttcgttatcgaggagtac
gacatatacctgcacttctcgctgctgtacgggagcttcctgacgctgttcctgctctgc
gacctgcccttcctggcgaggagctacagggagctgctgggctgcaaggccagcaagagc
atcgagtactgctcctcggcgctggcgaccttctactacaacgtcggacgctacagcgta
cgcaagctcacgacggtcttctactgcatcgtcttctacctggtcgtcgtgtcggagtgc
gcgacctacagccacgacacgatctcgcggcacctgctggcgctcttcatgatcatcgag
gcgggacccttcctgctcaggggcggctacctggcgaagacggtcaggaacaggctcctg
ctggtgctcggcctgctcaagttctcctccttcttccacgactacaggctcttcttctac
tcctcggaactgccctcggccagctggctgctgcgggagaaggttctgagcctcttcgag
gtctcgctgctctcgctgacggccttctacgtcgtcctgttgcgagtgctccagaggttc
cacaagatgcccctcgaggactgcaggaacaacttcgagctctcactcgtgtgctgcgtc
cgcgtgtttaagcggcggggggcaatgctcgcggtgtacacggcgaccttcttctgcgtg
ctcgtcaactacgcgctcacgacgcagtcctcgctcgtgggcgtccacaggttcatccac
aacctgcacaacgcctacaacatgaagatgttcgtggcctcgctcttcgcgtgggcggcg
ctcgtgctgttcgtgctctcgctgctggggatgctgctcaaccccttcgacctcttcttc
aacaccggcaagggccgcggaagcaggggtgggagcgcggatgccgacggcagcgcgaac
tcggccgccacgagcacctacagggtctcgagcttcctcctctacctgatgccgcaggtg
tgcttcctgatattcctggtctgcggccagaagaaggcctttcagatcctcgtcggcctc
gccatgctctaccacacctgcttcatcctcacctgcaagaactcgaacttttacctttcg
cacgcgctcctgctgcagactgcggccgacgtcgtctacttcgccagcggcagcctcgac
aagcttctgaacctgaactttcagactggcttcatcttcgtgaccaactactactcgccg
atatcggacccgactgtggtcttcgacaccatgtcgctgcacatgctcttcgccatggtg
ctcatgttttcgtacttcaacaccgccagcctcaggtacgacttgcacggcaccaccggg
ctcaacaagtccttcgattttgacagttcggaccgcttcaggtcctacgtcgagtccgtc
gacgctcagttcagtctcggcgcctctcctgcgtatgatcacctcggctctgcctccagg
cccaacgcgatctccagaaaaaccttcacgctcaggaagatcatacacgtgatcactttg
taa
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