KEGG   Theileria annulata: TA16455
Entry
TA16455           CDS       T00253                                 
Name
(RefSeq) vacuolar sorting protein (Vps16 homologue), putative
  KO
K20180  vacuolar protein sorting-associated protein 16
Organism
tan  Theileria annulata
Pathway
tan04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:tan00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    TA16455
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tan04131]
    TA16455
Membrane trafficking [BR:tan04131]
 Endosome - Lysosome transport
  Tethering complex
   CORVET complex
    TA16455
   Hops complex
    TA16455
SSDB
Motif
Pfam: Vps16_N Vps16_C
Other DBs
NCBI-GeneID: 3864065
NCBI-ProteinID: XP_953650
UniProt: Q4UIW7
Position
1:complement(242436..245225)
AA seq 929 aa
MENWCQLGDKNIRREVWPTSQINSAPEDIKAVAPLGSMLAIVSGDSKNLNTDEENVKCVL
RIYNGSCVLVTSVKWYVSFENILGIQWTDSLELVSVFTNGCVRVYSAHGELLRTFYLHSY
GESNNNRIDPELIKYKIWSNGLVFVNFADQRLYFQKGFETQNTWVVELNEFALSVTALGV
VANRSWNQVLVIFSTLNGTNFIKMDHLMKCTNFEDFQKCLLQVNPCTYTHISTSPYHFSQ
TNLSTCDFEDLKEEQDVNSNINKKVKSNKYFIGMGNNEEGLLTSLCIDDRSVKILWEIKI
EPFNNIYTMSEGILAVTFTTKTDNLSNDPKSPNNPQILENESNENDNTEQMLRRDRESNL
IKLIYNADYDLNIYTQVIEILSDIGGGLRVFTRSKMEYLDIVSISSELALSPDRCDVTNS
LLRTYEMFKNGDEKSSESLYSIRDKLHRASKVCLEASKDQWNFETALLLIEFSIFSSSMN
SLNDSTAKNNNNSEEDSVSDQKFKNIELARENESKGDRGHILIICYLRVCKNLVEYNIYT
NINQLMLFGLKRLIVLLTSLKLYLLSIRICEFFRISPVLVLIGWITTRIKLGTHLTDSEL
FSIISNRLDKYLGTVLSFSKVAQVVFKQGRDVLALSFIEREKCPYKQFKVLIKWNELSRA
AKVANECGDPTLINFIILKTFNNHDISNIITLSNEYSLIKNMFVHQLLLSGNDKVLQVFY
ERTNSVFEAGLNSINIYNRNNPFLTNREGEPDGKDKRDDLNRERKYSLNYSNGYFGNKTN
TDATFWHEAVNNEMLLLEHQITLENTHESLKSIKLVGRSLMETIYELYKLNLTKEVEVLV
NAFKLPINQTRCAKIAAYHKTHNVQELFNLIQDKQFSSVYIKPNFTYFHLLLQTLISLGA
NTHVDTIIHNMKPSQHNYWRNFVNQFNKN
NT seq 2790 nt   +upstreamnt  +downstreamnt
atggaaaactggtgccaattgggtgacaaaaacattagaagagaggtgtggccaacctcc
cagatcaacagcgcacccgaagatatcaaagcagtggccccgctgggaagcatgttggca
attgtctcaggagattcaaagaaccttaatacagatgaagaaaatgtaaagtgtgtattg
aggatatacaatggctcatgcgtcctagtaacatcagtaaaatggtacgttagttttgag
aacattttagggatacagtggacagatagtctagaacttgtttcagtatttaccaatggg
tgtgttcgagtttattcagcacacggagaacttttgcgcacattctacctccactcatac
ggagaatcaaataacaacagaattgatccggaacttataaagtataaaatttggtccaac
gggctagtatttgtcaactttgcagaccaaagactttactttcaaaagggatttgaaaca
caaaatacctgggtagttgaattgaatgaattcgcattatcagtaacagccttgggcgtt
gtggcaaaccgaagttggaaccaagtgctggtgatattctcaactctaaacggcacaaat
ttcattaaaatggaccacctcatgaagtgtacaaattttgaagatttccaaaaatgtcta
ctacaagttaatccctgcacgtatactcacatatctacttcaccataccacttttcacag
acaaatttgtcaacgtgtgatttcgaagatctaaaggaagaacaggatgttaattcaaat
attaacaaaaaggttaaatctaataaatatttcataggtatgggaaataatgaagaggga
ctccttacaagtttgtgtatagatgatagaagcgtgaaaatactgtgggaaattaaaata
gagccattcaataacatttacacgatgagtgaaggaatccttgcagtaacattcacgact
aaaacggataacttatccaatgatccaaagtcaccaaataacccgcagattttagaaaat
gaaagtaacgaaaatgataatacggagcagatgttgagaagggatagggaaagtaacttg
attaagctgatatataacgcagattatgatttgaatatttacacccaagtaatagagatc
ttgagtgatatcggtggagggttgagagtgtttacaagaagtaagatggagtatttagat
atagtgtcgatttctagcgagttggcattatcgccagaccgttgcgatgttacaaatagc
ctccttagaacatatgaaatgttcaaaaacggagatgaaaagtcctcagaatcactctat
tcaataagggataaacttcatagagcaagtaaggtctgtttggaagcatcaaaagaccag
tggaactttgaaactgcactactactgattgaattctctattttttcatcatcaatgaac
tctttaaatgattcaaccgctaaaaataataataatagtgaggaagattctgtgtcggat
caaaagtttaaaaatatagaactcgctagggaaaatgaatcgaaaggagatagaggtcat
atattaataatatgttacttgagagtgtgcaaaaacctagttgaatataatatatacacc
aacattaaccaactcatgttatttgggttaaagcgtttaattgtactcctaacaagcctt
aagttgtatttgcttagcatcagaatctgtgaattcttcagaattagccctgtattggtc
ctaattgggtggattacaacgagaattaaacttgggacgcatttaaccgactcagagctt
tttagcattatttcaaaccgactggacaagtatttggggaccgttttatcattttcgaaa
gttgcgcaggtggttttcaagcaaggaagagacgtgctggctctgtcattcatagagcga
gaaaagtgtccatacaagcaattcaaggttctaataaagtggaatgaactaagcagagca
gcaaaagtagcaaacgaatgtggagacccaactctaatcaattttataatcctcaagacc
tttaacaatcacgatatttccaacataataacactgtctaacgagtatagccttatcaag
aacatgtttgttcaccagctacttttgagtggcaacgacaaggtgctccaggtgttttat
gagaggaccaacagcgtctttgaagccggactcaacagtataaacatatataaccgtaat
aacccctttttaactaatagagaaggagaacctgatgggaaagacaagagggatgacctt
aacagggaacggaaatatagcttaaactatagtaacgggtactttgggaacaagacgaac
accgatgcaacattttggcatgaggctgtaaataatgaaatgctccttctagaacatcaa
attacactagaaaacactcacgagtcacttaaatctatcaaactggtggggaggagcttg
atggagaccatttacgagctttacaagcttaacttaaccaaggaggttgaggttcttgtg
aacgctttcaagttgccgataaatcaaactcgttgtgcaaaaatcgctgcctatcacaaa
acccataatgtccaggagcttttcaatcttattcaggacaagcagttttccagcgtctac
attaagcccaactttacttacttccacctcctcctgcaaactctcattagtctgggcgcg
aacactcacgtcgacaccataattcacaacatgaagccttcccagcataactactggagg
aactttgtcaaccagttcaacaaaaactaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   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 (38)   

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