Aspergillus puulaauensis: APUU_70253A
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Entry
APUU_70253A CDS
T08081
Symbol
BST1
Name
(RefSeq) GPI inositol deacylase
KO
K05294
GPI inositol-deacylase [EC:3.-.-.-]
Organism
apuu
Aspergillus puulaauensis
Pathway
apuu00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
apuu01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
apuu00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
APUU_70253A (BST1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
apuu04131
]
APUU_70253A (BST1)
Membrane trafficking [BR:
apuu04131
]
Endoplasmic reticulum (ER) - Golgi transport
Others
Post-GPI attachment to proteins factors (PGAP)
APUU_70253A (BST1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PGAP1_TMD
PGAP1
PGAP1_2nd
Abhydrolase_6
Palm_thioest
Abhydrolase_1
LCAT
Esterase
Hydrolase_4
DUF676
DUF915
COesterase
Motif
Other DBs
NCBI-GeneID:
64978680
NCBI-ProteinID:
XP_041560869
UniProt:
A0A7R7XXI3
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All DBs
Position
7:complement(join(609916..610147,610197..610423,610469..610634,610682..612044,612101..612950,613020..613610))
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AA seq
1142 aa
AA seq
DB search
MHRRSSGSPSLDDAEDPLVSRTSEPNHGPGPDLPEKPRPEVARTGTSIDLRRDASGHSTP
RSRNSSTWRTISSSSTATWTPHDSRYSPAMPLTPQRLSIEASPDSPNRSRLSRLRSPWTC
SILTALTTILACFFLFSIFRSFSALQTGSDGCGVPVMSPTFLRMVGFDTEHTRFASKYNL
FLYREEGVDPYNQENLGLKGAPVLFLPGNAGSYRQVRSLAAEASRHYAQVIQHDQERLKT
GTRSLDFFMIDFNEDMAAFHGQTLLDQAEYVNEAVSYILSLYHDPRRTRRDSDLPDPSSV
ILIGHSMGGIVARTSLTMANYQENSVNTIITMSAPHAKAPVSFDSDIVHTYKQINDYWRE
AYSQTWANNNPLWHVTLISIAGGSRDTVVPSDYASISSLVPETHGFTVFSSTIPNVWIGV
DHLSITWCDQFRKAIIKSLFEVVDVRRASQTKPRAERMRVFKKWYLTGLEQVSERMLARN
EPSTLLTLEDHTNTILAQGQRLVLRELGHHTGPNVHMLPVPPQGVSGKKFTLLTDQRLDR
TGEQGSLEVLFCSVFPLHNGKASTVFAMNMDLSDSSGSTRLACKNAADDEIHLPASTRTS
KNAYDRVRPFSYLQYDLEDLSEHQFVAVVDKARAPTKGWVIAEFSDSSDAMIKARIGLGG
LLSAGLKVRLPANRPMLTEVKIPALYSSLLDYKLRVVRHHNTGDSQELFSPLLRQSIPDP
HESKFFVNVDQVNVNLHGLAPYMPPPLRQTSQNGVSFQLWTDPTSDSTVDITLTVDVLSS
LGELVMRYRTVFAAFPLLVVALALRKQFQVYDESGFFITFAEGLDSALRSSMPVLLLAMS
LLASSLATSTALPTGDDPFHWATNATETPIDFTKNDLLLGSQDAFFWFLVPLFGLISVGV
CVMLNYVSLVLLQIFSFVYGIWNSKYGYIRRDDKGYLPVFPAPSPRRRLIKMGVLLVLVS
TAIPYQFAYLVACIVQLATCVRAQWHAKETRSTAHYNFANYAHSIFILMLWVLPINILVL
LVWAHNLVVHWFMPFSSHHNVLSIMPFIILVETMTTGSMVPRVSARLKHITSILFFSIAV
YSAVYGVSYAYLLHHLVNVLAAWLVSIYLFRSGFSFGRFWKMVEGDETSYTSEPGSYTKK
KP
NT seq
3429 nt
NT seq
+upstream
nt +downstream
nt
atgcacagacgctcgtctggctcgccttccctggacgacgccgaagaccccttggtttcc
cgcaccagtgaacccaaccatggccctggccctgaccttccagagaagccgcgccctgag
gtagctagaaccgggaccagcatcgacctccgtcgagacgccagcggacattctaccccc
cgttcgagaaattcaagcacgtggaggaccatatcttcttcgtccaccgcgacctggaca
ccccacgactcccgatactcgccagcaatgcccctaacgccgcagcgcctctctatcgag
gcgtcgcccgactcacccaatcggtcacgcctttcgcgtcttcgcagcccttggacatgt
tctattttgacggcgcttactacgatcctcgcttgcttcttcctcttctcgatattccgt
tcattctccgcgcttcagactggtagcgatggctgtggggtaccggtgatgagtccgacc
tttctccgcatggtgggatttgacaccgagcacacgcggtttgccagcaaatataatctc
tttctatatagggaggaaggcgtggatccctacaaccaggagaacttggggttgaaaggc
gcacccgttctgttcctacccggaaacgcaggaagctaccgccaggtccgatcgctagct
gccgaagcctcgagacactatgcccaagtgatccagcacgaccaggaacgattgaagacc
ggaacgcggagcttggacttcttcatgatcgacttcaatgaggatatggcagcctttcat
ggacagacgctgcttgatcaggcggaatacgtgaatgaagccgtatcttatatactgtcg
ttataccatgacccccggcgaacacgacgagattcggatctcccggaccccagctccgta
atacttattggacactcgatgggagggattgtcgcacgtacgtcgttgacaatggcaaac
taccaggagaattcggtaaacacgatcatcactatgtcggcaccccatgctaaggcgccg
gtctccttcgattcggacattgtccatacctacaagcagataaacgattactggcgcgag
gcgtactcgcaaacctgggccaacaacaaccctttgtggcacgtaacactgatctccatt
gccggtggctctcgggataccgttgtcccctcagattatgccagcatttcgtccctggtt
ccggaaacacacggcttcaccgtattctcatcgacgatccctaatgtatggattggagtg
gaccatctttctattacatggtgtgaccagttccgcaaggccattataaagtctctattc
gaggtcgttgatgttcggcgagccagccagactaagcccagagcggagcggatgcgagtt
ttcaagaaatggtacctgactggattggagcaggtatcagagaggatgctcgcacgaaat
gagccgagtacgttattaacattggaagatcacacgaatacaatcctagcgcaaggccag
cggcttgtgcttcgcgaacttggccaccacacgggccctaatgtacacatgctgcctgta
cccccgcaaggagtttctggcaagaaattcactctactcactgatcagcgcttggacaga
acaggggaacaaggcagtctggaggttctattctgcagcgtgtttcctctacacaatggg
aaagcctctactgtgtttgcaatgaacatggatctgtcagacagcagcggctcaacgcgt
cttgcatgcaagaacgctgcagacgacgaaatccaccttcctgcatcgacccgcacttcc
aagaatgcctatgatcgtgtcaggccgttttcttacctgcaatatgacctggaagacctt
tcagagcatcagtttgtggcagtcgtcgataaggcccgtgcacccacgaaaggttgggtc
attgcggagttttcagatagctctgatgccatgatcaaagctcggataggcttaggtgga
cttctgagcgcaggattgaaagttcgcttaccggccaaccgaccgatgctcaccgaggtg
aagattcctgctttatactcgagcttattggactataaactccgtgtcgtccgccaccac
aatacgggcgactcgcaagaactcttttctccccttctgcgccagtcgattccggatcca
catgagtcgaagtttttcgtcaacgttgaccaggttaacgtgaacttgcacggactcgcg
ccatacatgccccctcccctccggcaaacaagtcaaaatggggtttcgtttcagctatgg
actgatccaacatccgattctacggttgacattactttgacggttgatgtccttagcagc
ttgggcgagctagtgatgcggtacaggacggtatttgctgcatttcctttacttgtggtt
gctctcgcgttacgcaaacagttccaagtgtacgacgagagtggcttctttatcaccttt
gccgagggtctagacagtgcgttgcgttcgtccatgccggttttgctactggcgatgtca
ctacttgcatcttctctcgccacttctaccgcccttccgactggagacgaccctttccac
tgggcaacaaatgcaactgagacacctatcgacttcacgaaaaatgaccttcttcttggg
tcccaggatgcatttttctggttcttagtgccgctatttggccttatctccgttggagtt
tgtgttatgctcaactacgtttctctcgttctcctccaaatattctctttcgtatatggc
atttggaacagcaagtatggctatatcagacgtgatgacaagggatatcttcccgtcttt
cctgcgccgagtcctagacggcggttgattaagatgggtgttctattggttctcgtatcc
acagcgataccgtaccagtttgcctatctggtggcttgcatcgtgcaactggcaacttgt
gtgcgtgctcagtggcatgccaaagagaccagatcgacggcccattataacttcgccaac
tacgcacactcaatattcattctaatgctttgggttctcccaattaatatacttgttctt
cttgtttgggcgcataacctggttgtgcactggtttatgccgttttcatcgcatcacaac
gtgttgtccataatgccctttattattcttgtggagaccatgactactggctcaatggtc
cccagggtcagcgcacgcttaaaacacatcacctccattctctttttcagcattgcggtt
tactcagcggtatatggagtctcctacgcctacctattacatcatctagtcaacgtgctt
gctgcctggctcgtcagcatctacctcttccgcagtggcttctcgttcgggcggttttgg
aagatggtggaaggagacgagacatcctacacgtctgaaccaggaagctacacgaagaaa
aagccatga
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