Aspergillus oryzae: AO090012000618
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Entry
AO090012000618 CDS
T01018
Name
(RefSeq) unnamed protein product; glycosylphosphatidylinositol anchor synthesis protein
KO
K05288
GPI ethanolamine phosphate transferase 3 subunit O [EC:2.7.-.-]
Organism
aor
Aspergillus oryzae
Pathway
aor00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
aor01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
aor00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
AO090012000618
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GFIT
Motif
Pfam:
Phosphodiest
Metalloenzyme
Sulfatase
Motif
Other DBs
NCBI-GeneID:
5988079
NCBI-ProteinID:
XP_023091474
UniProt:
Q2UCE9
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Position
4:1578691..1582769
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AA seq
1012 aa
AA seq
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MWVPMKDPSIKIFNTAKRSDIREDSVSNRTPSHIKPGKVAAPYKVFMPEKLLDPHRLFGG
SYGLCSYRLYSFQATKIFMIDVLVHTVGLYFFAKGFLLSRRVLEKSSACSRPLLPGFPRY
ESPHLQSTQSGCWMPRSFDKAVILVIDALRYDFAVPPAPQSSGKDAYQPFHNALTILHEK
ATQEPQNAVLFPFIADPPTTTLQRLKGLTTGTLPTFIEAGANFAGSALLEDNLVTQLQNA
GKRLVHLGDDTWTKLFPSQFLPNLSRAYDSFLVADLHTVDQGVEEHLIPLINHHQDEWDV
IFGHFLGVDHVGHRFGPAHPEMSKKLKDMDRVITDVVNSIDENTLLVVLGDHGMDKHGNH
GGETEDEVQATLWMYTQRRYFGHLLVHPQELASYLNKSAVYQIDIVPTLSLLLGIPIPFN
SLGSPIKEAFLGAAGDNWGQLVRAYMLSFAQIERFHQEYSIAEENARHAEEHNHTNFLRY
IPGEELDFQDQEILKTLYHELCDYQGKILQRYKSIWVQFNMAHIIEGLVILLSGAVALLL
RVCAWDQCNLIPSASSRTIKMGTAAFIAIYLIHIAIVKPEKSRMSDGVIVGATMSSITLF
ICQFHLFGIIRVSTKSQMPTSWDIMAIALTILLSIGFASNSYTVWENQTVLTFLATFGIC
TILMSNRTLDRRKNMLGALLSISFMVLVRMVSLSPYCREEQLPSCVTTYHRLGNTMGWRL
LIPYLIAILIPMATRIAFGSDLISQDLGVWAWFHIGMPMALCFNTVYWSLDSANRIGWLE
GRHSNMLSKWLHIFFSQSTLVIAIAGSGMALTSKWTTIMNPVRYNMIITTFVLVISIWVS
SPMGGGSLSILYFQILSLRKLLNHSRNYTIGPTIAAFLGTLHFFSTGHNATLSSIQWEAA
YILSHDLSYPWSPLLVILNTFAGPIVAAFLIPLIITRDGNTRGMHPVAKSYAIHVLVYSV
WALSAAVWASVLRRHLMLYAIFCPRFLMAGALLLIIDVIAIIISLITAVNTK
NT seq
3039 nt
NT seq
+upstream
nt +downstream
nt
atgtgggtgcctatgaaggatcccagcataaaaatttttaatacagcaaagcggagtgac
attcgggaagactccgtctccaaccgcactccgagtcatatcaagccgggaaaggtcgcg
gccccttataaggtcttcatgccagagaagttgctggatccacatcgtcttttcggcggg
agctatgggctttgttcttaccgactatatagtttccaggctaccaagatattcatgatc
gacgtactcgttcatacagtggggctctacttttttgctaagggcttcctgttgtcacga
agagtgctggaaaagtccagcgcctgtagccgtcctctactaccaggattcccaagatat
gaatccccccatcttcaatctactcagagtggatgttggatgcccagatccttcgacaaa
gccgtgatcctggttatcgatgcgctacgatacgacttcgcggtgccacctgcaccacag
tcgtctggaaaagacgcttatcagcctttccataatgctcttaccatactacacgagaaa
gcaacgcaagagccccaaaatgcagttctcttccccttcattgcggatcctcctacaaca
accttgcagcggttgaaaggactaacaacaggaacactgccaacatttatcgaggctggt
gccaattttgccggttccgcgcttttagaggataatctcgtgacgcaactacagaatgca
ggaaaaaggctggtgcatctcggggacgatacatggacaaagctgtttccgagtcagttc
ctacctaatctatctcgagcgtacgattccttcctcgttgccgacctccacacggtcgac
cagggcgtggaggaacaccttataccgctcattaaccatcaccaagatgaatgggatgtg
atttttggtcattttttaggcgtcgatcacgttggtcatcgattcggccccgcgcatcct
gaaatgtccaagaagctgaaggacatggaccgcgtcataacagatgttgtcaactctatc
gacgaaaacacgctacttgtcgttctgggcgatcatggaatggataaacatggaaaccat
ggaggcgaaactgaggatgaggtacaggcgacgttgtggatgtatactcagcgcaggtat
tttggtcatttgctggtgcatccacaagagctggcctcgtatctgaacaaatcagccgtc
taccaaatagatattgtcccgaccttgtcgcttcttctgggaatccccattcccttcaat
agcctagggagtcctatcaaagaggctttccttggagcagccggagataactgggggcaa
ctggtgcgcgcatatatgctatcatttgcgcaaattgaacgattccaccaagaatattca
atagcagaggagaatgcacggcatgccgaagagcacaaccatacgaattttctccgatat
atccctggggaagaacttgattttcaggaccaagagattctgaagacattataccacgaa
ttatgcgattaccaaggaaagatcttgcaacgttacaaaagcatatgggtacagttcaat
atggctcacattatagaggggttggtaattttgttatctggagccgtcgcactgttactt
cgtgtttgcgcgtgggaccaatgcaatctcatccccagtgcttcttccaggacaattaaa
atgggcactgcagcattcatagccatttatttgatccatattgccatagtaaagccagag
aaatctcgcatgtcggatggagtgatcgtgggggctacgatgagtagtattacgttattc
atctgtcaatttcatctgtttgggataatccgagtatccacaaaatctcaaatgccgacc
tcctgggacataatggcgattgcgcttactattctgctctctatcgggtttgcgtccaat
tcatacactgtatgggaaaaccagacagtactcacattcctcgcaacatttggcatatgt
accattttaatgtctaataggaccttggacagaaggaagaatatgctaggggctctactc
tctatatcattcatggtactggtcaggatggtgtcactaagtccttattgtcgggaagag
caacttccatcttgcgtaacgacttaccatcgcctgggtaacaccatgggctggagactg
ctcatcccatatctgatagccatactcattccaatggccactcgaatagccttcggttca
gacttgatatctcaagacctaggggtttgggcatggtttcacattggtatgcccatggca
ctttgcttcaatactgtctattggtccctcgattctgctaacaggattggttggcttgaa
ggtagacattccaatatgctatctaagtggcttcacattttcttttctcagtccactctc
gtcattgcgattgctggcagtggaatggctctcacctcaaaatggaccacgatcatgaat
cctgttcgatataatatgatcatcactacatttgtattggtgatcagcatttgggtgagt
agcccaatgggaggtggttccttgtccatattatatttccagatcctgagtctacgcaaa
ctgctcaatcactctcgcaactatactatcggacctacaattgctgcgtttttaggaact
ctccacttctttagcactggacataatgcaaccctctccagcatccaatgggaagctgct
tatatcctatcacatgatctttcctacccatggtccccgttgcttgtgatccttaacact
tttgctggcccaattgtcgctgcatttttgatccctctaatcataacacgagatggaaac
acacggggaatgcatcctgtagccaaatcatacgcaattcatgttttggtttactcggta
tgggcgttgtcagcggcagtatgggctagtgtcctacgacgccaccttatgctatatgct
atattctgccctcgattcttgatggccggggccttactgctgataatcgatgttattgcg
ataataatttcattgatcactgcagtgaatactaaatga
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