KEGG   Theileria annulata: TA16590
Entry
TA16590           CDS       T00253                                 
Name
(RefSeq) inositol phosphatase, putative
  KO
K20279  synaptojanin [EC:3.1.3.36]
Organism
tan  Theileria annulata
Pathway
tan00562  Inositol phosphate metabolism
tan01100  Metabolic pathways
tan04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:tan00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    TA16590
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    TA16590
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tan04131]
    TA16590
Enzymes [BR:tan01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.36  phosphoinositide 5-phosphatase
     TA16590
Membrane trafficking [BR:tan04131]
 Endocytosis
  Clathrin-mediated endocytosis
   Inositol 5-phosphatases
    TA16590
SSDB
Motif
Pfam: Syja_N
Other DBs
NCBI-GeneID: 3864268
NCBI-ProteinID: XP_953626
UniProt: Q4UIZ1
Position
1:complement(185409..190809)
AA seq 1524 aa
MDGVYILRTFTSWYSITLSTGNEQYSQDSSEVFSEFKEFVSGYGTKQLWIDRSTCHITES
LVSLTDEEPIEQTSINAFLGVVEVLNTYHLAVVVQSELVTELDLPNLSLDKAERGRIYTI
KQARFFPINSSSFVYTPMNLVNVTNFGNLSNFTNLKNFGNVGNLGNIAVSGCGEQVELTT
EVYRIIENLEKILSTGYFYSFDTDLTRSLQNLYSHKYFPINKSNPVLNTKSSDDSNKDKS
SNEILYNISDEEYNWCYNMSKNIPKGWTTVLIQGFVGYITSEVDGDFVEILLIGRRNVKR
SGTRFVARGIDEQGNTANSVETEMRVRINFKDWYSYVQCRGSVPIFWEQLNFTAPVNLYN
HHLNIDAFSNHINQLKERYEPLELVLFINLLDIKDNERILTNSFQNLVQQYSRNNPVKSD
NGSGDVGGMVKLVMENYNYNVNAKWCTNDVLIDYISENLLTHLNTISYFHETYGHKNDGD
SGDRKVELQKGVVRTNCLDCLDRTNIFQYVLSWVIFNNILQNHTKRGFETGNKVSSVDQS
QQLITPINNSGMDEDSELENNDLLNKFTQLWCDHGDYISIHYSGTQSTLSERVKQNNTSI
NSLLHYGKTMVQRVYSSVFQDSQRQQIYDILTSYNYNGVGREPLKRSLLYSKYYIQDPFS
QADNPQNDSGLSDPPQGLNQGEGDEEDNLEDEDEEDEENIDVDLEVSSIFDRLNDKISKI
TGKSKPKPELLDFQPDSTDVKDGEYNEEMMRLNSDDLKVWFGSWNIGAHVVEVDDNLINW
IELDTLQCDLYVFSFQEFVELNFINIATGKRDENKENEFERLIENVFEIATDEKYYKVSS
IAMTGLYLVIYAKLSLKPHIKELLNTNVKTGLNLNIGNKGCVGIRFKIYDHHMSFLNLHL
NFGKNLNISRIDLIDYVLKNSFKDHNISVLEDDLFVLGGDFNFRIQLDKDVVINHLKRLE
FAKLFQYDEFNMSKMIGIPVLQYLNEPKIQFLPTYKYKDGTKFYTTKRSPAWCDRIIYGG
KLNQKQKVHVLNYKRNDNLIMCSSTSSSSTSSLKLYLHNTTITTTKDGLIAIATIKVTKQ
GGSTPYSGDINSITANLGKTGTQLQTNSPLNGGDILNLNGEAAVAGSAPITIKGTIIVTK
SGTLGGSLTLNGRLAGKLTLENGSGNIKVTIGTGNTLNATNPTNLELAGINVTGGSNLKG
TATITITTTKPTDDLTNITGPVNITISKLTKADGGQLRVSTTLNQGDTLILVGTATAGTK
RLNVSGTIKITGTGQLSSPLTFGGDITGSLNQFTNATDGVKVTGSGTLTLNGAKLPVLKN
TNFSLTSDNKRALTSRLVTKSTISVGTKTNPGKVTISGLTIVPVCTTITGTSSSNGLKAD
LTDVTFTQTATGLTKYTGQNIDLSTGLSNATVEITKDKVKNLSGGTPLQTGTNLDPDDTL
NLKITPQSGTGTKLEGKIHVKSDGKSLGNNLNLAGGIETSINGLNGSGGTLTGSVTITNM
KYDPNEFHVNHQSDSCVLVPLNYI
NT seq 4575 nt   +upstreamnt  +downstreamnt
atggatggtgtttatattttgaggacatttacatcctggtacagtattaccctttccact
ggaaatgaacaatatagtcaggatagttccgaggtattttcagagtttaaggagtttgta
agcggatacggcacgaaacaactctggatcgaccgttcaacatgccatatcacagagtct
ttggtatctttaacagatgaggaaccgattgaacaaacctcgataaacgcattcctggga
gttgttgaggttttaaatacataccatttggcagtagttgtacagtctgaactagtaact
gagttagatttgcccaacctgtcactggacaaagcagagagaggaaggatttataccata
aaacaggctagattcttcccaattaactctagcagttttgtttacacaccaatgaattta
gttaacgtgaccaactttggcaacttaagcaactttaccaaccttaagaattttggtaat
gtgggaaatctgggcaatattgctgtatcaggctgcggtgaacaagttgaactgacaacc
gaagtttatagaatcatagaaaacctagaaaaaatactctcaactggttatttttactca
tttgatactgatttaacacgttcattgcaaaacctatattcacacaaatactttccaatt
aacaaatcaaacccagtacttaatactaaaagcagtgatgatagcaataaggataaaagt
agtaatgagatattatataatatcagtgatgaagaatataattggtgttataacatgagt
aagaatatcccaaagggatggacgactgtattaatacagggttttgtaggatatattact
agtgaagtggatggagattttgttgagattttgttaattggtagacgtaacgtcaagaga
tctggtacaaggtttgtagccagaggtattgatgagcaaggaaatactgctaattctgtt
gaaactgaaatgagagttcggattaattttaaagattggtattcgtatgttcaatgtaga
ggatcagtgcccatattttgggaacagttgaactttaccgcgcctgtgaatttgtataat
catcaccttaacattgatgcattttcaaaccacataaaccagctgaaagaacgctacgaa
ccactggaacttgtactattcattaaccttttggacattaaagataatgaaagaatactg
acaaactccttccagaacttggtacaacaatatagcagaaataatcctgttaagagtgat
aatggtagtggtgatgtgggtggcatggtaaaattggtgatggagaattataattataat
gttaacgccaagtggtgtacaaatgacgttctaattgattacatcagtgaaaatttatta
acacatttaaacacaatttcatacttccatgagacgtatggccataaaaatgatggtgat
tcgggtgataggaaagtggaattacaaaagggagttgtaagaacaaactgtttggattgt
ttagatcgaactaatatttttcaatacgttctatcatgggtcattttcaacaatattcta
caaaatcataccaaaagaggatttgaaactggtaacaaagttagttctgttgaccagagt
caacaattgattacccctatcaataatagtggtatggatgaggattctgagttggagaat
aatgatttgttgaataagtttacacaattatggtgtgatcatggagattatataagtatt
cattattcagggacacagtcaactctatcagaaagagttaaacagaataatactagcatt
aattcactccttcattatggaaaaactatggtacaaagagtatatagttcagtatttcaa
gactcgcaaaggcagcaaatttatgatattctgacttcatataattataacggagttgga
cgagaaccactaaaacgaagtttgctttatagtaaatattacatacaagatcctttcagc
caagctgataacccccagaatgattctggacttagtgatcctccccagggtctgaatcag
ggtgaaggtgatgaagaggataatttagaggatgaagatgaagaagatgaagaaaacatt
gatgttgatctagaagttagtagcatattcgatcgcttaaatgataaaattagtaaaatc
accggtaaatctaaacctaaaccagagttactagatttccaaccagattcaactgatgtt
aaagatggagaatacaatgaggaaatgatgagattgaacagtgatgacttgaaggtatgg
tttggtagttggaatatcggagcacatgtggttgaggttgatgataatttgattaattgg
attgagttggacactttgcaatgtgatttatatgtcttcagttttcaagaattcgtagaa
ctaaacttcataaatatcgctactggtaaaagagatgagaataaggagaatgagtttgag
aggttgatagagaatgtgtttgagatcgcaactgacgagaagtactacaaagtatcttca
atcgcaatgacgggactttacctagtcatctatgctaaactctccctcaaacctcatatc
aaagagttactaaacactaatgttaaaacaggacttaatctcaatatcggaaacaaaggc
tgcgttggtataagatttaaaatttatgatcatcatatgtcatttttgaacctacatctt
aattttggtaagaatttgaatattagtcgtattgacttgattgattacgtactgaagaac
tcgtttaaggaccataacataagtgttttggaggatgacttgtttgttctgggtggagac
tttaactttcgaattcagttggacaaagacgttgttattaaccacttgaaaaggcttgag
tttgccaaacttttccaatacgatgagttcaacatgtccaagatgattggaatcccagta
ctccaataccttaatgaacccaagatacagtttttgccaacatataagtataaggatgga
actaaattttataccactaaaagatcacctgcttggtgtgacaggataatatatggaggc
aagttgaaccagaagcaaaaggtacatgtgctaaactataagaggaatgataacctaatc
atgtgtagtagtaccagtagctccagtactagtagtcttaaactctatcttcataatact
actatcactactactaaagatggtctcatagctattgctacaatcaaagtcaccaaacaa
ggtggtagtactccatatagtggtgacataaacagtatcaccgctaatctcggcaaaacc
ggtacccaactccagaccaatagccctctcaacggtggagacatactgaacctcaatggt
gaggctgctgttgctggtagtgccccgattacaattaaaggtaccataatagttactaag
tctggaactcttggaggcagcctaactctcaatggtcgtctagctggaaaactaaccctc
gaaaatggcagtggtaatatcaaggtaaccataggaactggtaatactctcaacgccacc
aatccaactaatcttgaacttgctggtataaacgtaactggtggtagtaatcttaaaggt
actgcaaccataacaattactactaccaaacctacagatgatctcacaaacataaccggt
ccggttaacataacgatcagtaaactaaccaaagctgatggtggtcaactccgggtcagt
accactctcaaccaaggtgacactctaatccttgttggtactgccactgcaggtactaag
aggctcaatgtatctggtaccatcaaaatcactggtactggccaactatcaagtcctcta
acattcggtggtgatatcaccggctccctaaaccaattcacaaatgctactgatggtgtc
aaagtcactggtagtggtactctaaccctcaatggtgctaaacttcctgttctcaaaaat
actaactttagtctcactagtgataataaacgtgctcttacatctagacttgttaccaaa
tccactatctctgtaggaaccaaaaccaatcctggtaaggtcactatcagtggacttaca
atagtacctgtatgtaccactatcactggtactagtagtagtaatggtttaaaggccgat
ctaactgatgtgaccttcacccaaactgctactggtctcacaaaatatactggacagaat
atcgacctcagcacaggtcttagcaatgccactgttgagatcaccaaggacaaagtcaag
aatctctctggtggtactccactccagaccggtaccaatctcgatcccgatgatactcta
aacctcaaaatcactccacaaagtggtaccggtaccaaacttgaaggtaaaatccatgtt
aaaagtgatggtaagagtctcggaaataatctaaatcttgctggtggcatagaaacatct
atcaacgggctcaatggcagtggcggaactctcaccggcagtgtcactatcaccaatatg
aagtatgatcccaatgagttccatgtcaatcatcaatctgatagttgtgttttagttcct
ttaaattatatctga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (86)   

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