Salmo trutta (river trout): 115160628
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Entry
115160628 CDS
T08542
Symbol
pgap1
Name
(RefSeq) GPI inositol-deacylase isoform X1
KO
K05294
GPI inositol-deacylase [EC:3.-.-.-]
Organism
stru
Salmo trutta (river trout)
Pathway
stru00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
stru01100
Metabolic pathways
Module
stru_M00983
GPI-anchor remodeling
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
115160628 (pgap1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
stru04131
]
115160628 (pgap1)
Membrane trafficking [BR:
stru04131
]
Endoplasmic reticulum (ER) - Golgi transport
Others
Post-GPI attachment to proteins factors (PGAP)
115160628 (pgap1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PGAP1
PGAP1_3rd
PGAP1_TMD
PGAP1_2nd
Abhydrolase_6
Abhydrolase_1
Palm_thioest
Hydrolase_4
Lipase_3
DUF676
Motif
Other DBs
NCBI-GeneID:
115160628
NCBI-ProteinID:
XP_029566698
Ensembl:
ENSSTUG00000013033
LinkDB
All DBs
Position
24:7385168..7411253
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AA seq
1015 aa
AA seq
DB search
MRVATVAFYGCALGLLAMGLREMFSGFEENRCTMTYMFEYPEYRRIALPRRVARQYPAYG
LYLYGEGQYAQDTRGLKLTGAPVLFLPGNAGSYKQARSLGSVALRKAEALEGGVHLNVFT
IDFNEELVALYGGSLRRQTHFLHESIKAILRLYKDHEAPPHSVVLVGHSMGGVVARALFT
LPRFSPRLVSLIITQASPHQAPVLSLDTHLLEFYSAVRQRWVGRAEDLRNVTVLSVGGGY
RDYQVRSGLTALPCPQDDPSKLSLVVTAVPRTWVSTDHLSIVWCKELVLATVRAFFDLIE
PETGQFSDDPERRMAILNHHFIRHPVRVLGEQLETPVSLSGSPKTWSEVNTLRLAYSAPK
EGQAKYFLFALSSRRRAYSHFYCRSNNLSLQQEMTSWVYGCTQMNGSMCVQAVDLSFGTE
LLPAYKVLTLSLSELSSVSHLIVVASNLNGRQFTVECEWQRQESQTISVPVPHVLSFGMS
VSDVTLNSTGLRHTIELQHFHQVYQAFRISVVSHCKVTKADRLPNVYIMKVPWFREDSVT
TSSIPSVTEISGMLHTSRPDNSAGVLLQLHTAPNCHYKVSVRTSFPRVLGQVLRFCGPVL
PVYVAVALLLACGGQMSSVVRMGRPLQMSHAVARSLQPHKVDLPVYLLHLLLRYSWFQDG
WSTLHLPPLDALPATSPDGTTQEGLPLNEDWPRLLSPLLYVLGAAMAFWGSVLLRLFLRL
LSLLLAPLHRPSVSRDCGTLHRRTQLLLILCLSVLGWASCGALSITATFLLHLYRVLRLQ
MTERSLSHMLNLAPEKQTDKDNGTGNKERGTGEKERGTGEKERGTGEKERGTGEKERGTG
EKERGTGEKERGTGEKERGTGEKERGTGEKERGTGNSEVLDSKPKECNGAPLLSDSVLQD
VRDDLQLHVSLSALLTLPVMLCAPSLIHWTRNLRYSVARLDPDPCWPHSLPLFIASLLLI
NCNTLTLSYSKTLPITSRLLLPLSVAMVTFSPLHLYRVNYFVSAALVPLAVSCLF
NT seq
3048 nt
NT seq
+upstream
nt +downstream
nt
atgagagtcgccactgtggccttttacgggtgtgcactgggtcttctggcgatgggcctg
cgagaaatgttttcgggatttgaagagaataggtgcacaatgacctatatgttcgagtac
cccgagtaccggcgtattgccctaccccgacgcgtggcccgccagtacccagcgtatggg
ctttacctgtacggagagggccagtacgctcaggacactcgcggactaaaactaaccggg
gcccctgttcttttcctacctggaaacgcaggcagctacaaacaagctcgctccctgggt
tcggtggctctgaggaaggctgaggccctggaaggaggggtccacctcaacgtgttcacc
atcgacttcaacgaggagcttgtggccctgtatggaggcagcctgcgccggcagacccac
ttcctacacgagagcatcaaggccatcctgcgcctctacaaggaccatgaagcccctcct
catagtgtggtgttggtgggtcactccatggggggagtggtggcccgagccctcttcacc
ctgccccgcttcagccctcgccttgtcagcctcatcatcacccaggcctcccctcaccag
gcccccgtgctgtccctcgacacacacctactggagttctactctgctgtgagacagcgc
tgggtaggtcgagcggaagacctgcgcaacgtgacagttctctccgtggggggtggttac
cgtgactatcaggtgcgctccggcctcacggccctgccctgcccccaggatgacccaagc
aagctgtctctggtggttactgctgttcctaggacctgggtgtccacggaccacctgtcc
attgtttggtgcaaagagctggttctggccactgtgcgggcattctttgacctcattgaa
cctgaaacgggacagttttcagacgatccagagaggagaatggccattctgaaccatcat
tttatcagacaccctgtacgtgtgctgggtgagcagctagagacgcccgtttccctctca
gggtctcctaaaacgtggagcgaggtgaacacactccgtctggcgtacagtgctcccaaa
gaaggacaagctaagtatttcctgtttgccctctccagtcgcaggagagcctacagccac
ttctactgtcgcagcaacaacctgtctctccaacaggaaatgactagctgggtttacggt
tgtacacagatgaacggatccatgtgtgtgcaggcagtggatctgtcttttggaacagaa
cttctcccagcttacaaggttctgactctgagcctcagtgagctgtcctctgtctctcac
ctcattgtggttgcctccaacctcaacggtagacagttcacagtggagtgtgagtggcag
agacaggagtctcagaccatctctgtgccagtaccacacgttctctccttcggcatgagt
gttagtgacgtgactctcaactccaccggacttcggcacaccattgagctgcagcacttt
catcaggtctatcaggctttcagaatttcagtcgtaagccactgcaaagtaaccaaagca
gacagactgcccaatgtctacataatgaaggtgccatggtttagggaggactccgttacc
acgtccagtattccctctgtaacagagatatcgggaatgctccacacgagtcgtcctgac
aactctgctggtgtcctgttgcagctccacactgcccccaactgccactataaggtatct
gtgagaacatcatttcccagagtgcttggacaggtgctgaggttctgtgggcccgtgttg
ccggtgtacgtggctgtagcgctcctactggcctgtggggggcagatgtcctctgtcgtg
aggatggggcgccccctacagatgagccatgccgtggccagatccctgcagccccacaag
gtggaccttcccgtctacctgctgcatctgctgctcaggtatagctggttccaggatggt
tggtccactcttcatctcccaccgttagatgctctccccgccacctccccagatggtacg
acacaggaggggttgcccctaaacgaagactggccacgcctcctgtcccccctgctgtat
gttttgggagcagccatggccttctggggcagcgtgctgcttcgcctctttctaaggctg
ctttcgttgctattggccccgcttcacaggccctctgtgtctcgggactgcggcaccctg
cataggcgtactcagctgctcctcatcctgtgtctgagcgtgttaggatgggcttcctgt
ggagccctgtcaatcacagccaccttcctgctgcatctctaccgagtcctgaggctacag
atgacagagaggtctctgagtcatatgctgaacctggcgcccgagaaacaaacagacaaa
gacaacggaactggaaacaaagagagaggcactggggaaaaagagagaggcactggggaa
aaagagagaggcactggggaaaaagagagaggcactggggaaaaagagagaggcactggg
gaaaaagagagaggcactggggaaaaagagagaggcactggggaaaaagagagaggcact
ggggaaaaagagagaggcactggggaaaaagagagaggcactgggaacagtgaggtcctg
gacagcaaacctaaagaatgtaacggcgcccccctgctgtcggactcagtgctgcaggat
gtgagagatgacctgcagctgcacgtcagcctgtctgctctcctcactctaccagtcatg
ctctgtgccccatcactgatccactggacccgcaacctcagatattctgttgctcgtttg
gatcctgacccttgctggccccactccttgcctctcttcatcgcctctctgctgctcatc
aactgtaacacactcactctcagctacagtaaaaccctgcctatcacatcccgcctgctg
ttgcctctctccgttgccatggtgactttctccccactccatctataccgtgtaaactac
tttgtgtctgcagccctggttccgctggctgtttcctgtctcttctga
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