Salmo trutta (river trout): 115159477
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Entry
115159477 CDS
T08542
Symbol
pigo
Name
(RefSeq) GPI ethanolamine phosphate transferase 3
KO
K05288
GPI ethanolamine phosphate transferase 3 subunit O [EC:2.7.-.-]
Organism
stru
Salmo trutta (river trout)
Pathway
stru00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
stru01100
Metabolic pathways
Module
stru_M00065
GPI-anchor biosynthesis, core oligosaccharide
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
115159477 (pigo)
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GFIT
Motif
Pfam:
Phosphodiest
Metalloenzyme
PIGO_PIGG
Sulfatase
COMMD9_HN
Motif
Other DBs
NCBI-GeneID:
115159477
NCBI-ProteinID:
XP_029565087
Ensembl:
ENSSTUG00000012888
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Position
23:15434550..15448869
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AA seq
1089 aa
AA seq
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MKRLPILVLLLWLCAMFYIGIFLFVGGFLLVRLEVNRTSTCGDVLLPGGQQGDFCQGQPR
FRKAVVLIIDALKIDFARFDPANKEPRPFENKLPVLEEVTSSKPSHARLFPFRADPPTTT
MQRIKGFTTGSLPTFIDVGNNFASSAILEDNLVHQLAEVGKRVVFMGDDTWESLFPKKFH
RSLPFPSFNVKDLHTVDNGILQHLYNIMVSDDWDVLVAHFLGVDHCGHRFGPDHPAMADK
LTQMDGVIRSVLDRLQNDTLLVVMGDHGMTDTGDHGGESQKETDAAIFLYSPSPLFPASP
SQSDPEMVPQTDLVPTLALLLGIPIPYSSVGQVLLPLFPADSQTGGAPAGLSQTEALWIN
AKQVNRFLETYSSMAKDIPPESLSQLQADFSRLSSKYLSTVKEGRSPTPELVASLQGYLT
SVRDTCRATWAHFNPAKMAAGIAVLACACVLCYVLSEMSSVLVRESGLLRVPLVAATVVG
VCVAASQLFTQGYAEGSWCLAAAALSSEVLVLWRARRARKTTAAEGGEVAPRRGWLTLPR
FLLTPPLLVLLLRCASLLSDSYVIAEGRVVTFLLFSLSLYVPFHLNWDNLLLPPVHDPLK
PAGLLPSPVLSPLAVRRESSTFLACLGVLVGSLYLSLFFHGCREEQGSCQPSPFLSPLSR
VQDSRLKNLHYILSLASLGAWTYLLRRWLRHYGNLNSPGGTVFTARWILPLLSVCLGLHW
AVAATPEDSFRNLAELISLGQRALPRVAFSLLGVGLALLWLDPLTVFIKSRAATPVLLPP
PRYRASTGISTQAELHHLIPQLYQRMRRSLEDGEPARVPEGGDRPAVEAYGLGTVYSAPV
VLLCGLLGLGLLLLHPEGMSLSFLLLLLEMGALLQMHASSTTLNALQGVHSGGFSVPWTP
VVLWSLAATQFFHATGHLPTFPSIQWAAAFVGFPGGHTGTILPASLVTLNTFSSHILFAV
ACPLLLFWPLVCEVRGGRGGRGGGGEEGEDNAIMEMRLRESPQQFSSALLQLATRYLFIN
GAQVFASVCAAAILRRHLMVWKVFAPKLMFEASGFLVSSVFVLVGVTLVMRVDVAVGRWF
KRLLPDTSG
NT seq
3270 nt
NT seq
+upstream
nt +downstream
nt
atgaagagactccccatcctagttctgctcttgtggctgtgtgccatgttctacattggc
atcttcctgtttgtgggcggcttcctgctggtgaggctggaggtcaaccggaccagcacc
tgtggggatgttttgctgccagggggccagcagggggacttctgccaaggacagccacgc
ttccgcaaggctgtggttctcatcatagacgccctgaagatcgactttgcccgctttgac
cctgcaaacaaagagccccgtcctttcgagaacaagctgcctgtgctggaggaagtgacc
tcatcaaagccctcccatgcccgcctgttcccattccgtgccgacccccccaccaccact
atgcagaggatcaagggctttaccacaggctccctgcccaccttcattgatgtgggcaat
aactttgcctccagcgctatcctggaggacaacctagttcaccagctagcagaagtgggc
aagagagtggtcttcatgggtgatgacacatgggaaagtctcttccccaaaaagttccac
cgttccctgcccttcccctctttcaatgtcaaggatctgcacacagtggacaatggaatt
ctgcagcacctgtacaacatcatggtaagtgatgactgggatgtgctggtagctcacttc
ctgggggtggatcactgtggccacaggtttggtcctgaccacccggccatggctgacaag
ctcacccagatggatggggtcatcagatctgtgcttgatcggctgcagaatgacaccctt
ttagtggttatgggagatcacggtatgacagatacaggtgaccacgggggagagagccag
aaggagactgatgctgccatcttcctctacagcccctctcccctctttccagcatcccct
tcccagagtgatcctgagatggtgccccagacagacctggtgcctaccctggccctgctc
ctgggcatccccatcccctacagcagtgtgggacaggtcctgctgcctctgttccctgca
gacagccagacaggaggtgcaccagcaggtctcagccagacagaggcactgtggatcaat
gccaaacaggtcaaccgtttcctagagacctattccagcatggccaaagacatccctcca
gagagtctgtctcagctgcaggcagacttctcccgcctctcctccaagtacctcagcacc
gtcaaagagggccgctctcccaccccagaactagtggcctccctgcaggggtacctgacc
tctgtccgggacacctgccgcgccacctgggcccacttcaacccagccaagatggctgcc
ggcatagctgtcctggcgtgtgcctgcgtgctgtgttacgtcctctctgagatgtcctct
gtgctggtgagggagagtggtctgctgagggtccctctggtggcagccactgtggtgggg
gtgtgtgtggctgcaagtcagctgttcacccagggctatgctgaggggtcctggtgcctg
gcggctgcagccctctcctctgaggtactggtcctctggagagcccgacgggccaggaag
actacagcggctgagggtggagaggtggccccaagacgtggctggctgaccttgcctcgc
ttcttattaacccctcccctcctggtgctcctcctgcgctgtgcctccctgctctctgac
agctatgtaatagcagagggccgtgtggtcacctttctgctcttctccctgagcctctat
gtccccttccatctcaactgggacaacctcctgctgccccctgtccatgaccccctgaaa
cccgctgggctgctgccctccccggttctgtcccccttagccgtgaggagggagagcagc
accttcctggcctgcctgggtgtgttagtgggctctctctacctctccctcttcttccac
ggctgtcgtgaggagcagggctcctgccagccctccccgttcctctcccccctgtcacgg
gtgcaggacagccgtctgaagaacctgcactacatcctgtctctggcctctctgggcgcc
tggacctacctgctgcggcgctggctgcggcactacggcaacctgaacagccctggtggc
acggtgttcacggcccgctggatcctgcctttgctgtctgtctgtttggggctccactgg
gctgtggctgccaccccagaggacagctttcggaacctggctgagctgatcagcttgggc
cagcgggccctccccagggttgccttctctctgctgggtgtagggctggcgctgctatgg
ctggacccgctcaccgtatttatcaagagcagggctgcaacccctgtattgctcccccca
ccccgctaccgggccagcacgggcatcagcacccaggcagagctgcaccaccttatcccc
cagctctaccagcgcatgcgccgctccctggaggatggagaaccagccagggttcctgag
gggggcgaccggcctgccgtggaggcctacgggctgggtacggtctactcggcccccgtg
gtcctgctgtgcggcctgctagggctgggcctgctgctgctgcatccagagggcatgtcc
ctgtccttcctgctgctgctcctggagatgggagccctgctgcagatgcacgcctcctcc
actaccctcaacgccctgcagggggtgcactctggtggcttttctgtgccctggaccccg
gtagtgctgtggtccctggctgccactcagttcttccatgccacaggccatctgcctacg
ttcccatccatccagtgggctgctgccttcgtgggcttccctggtgggcacacgggcacc
atactccccgcttcactggtcaccctcaacaccttctcctcacacatcctctttgcagtg
gcttgtccgctgcttctcttctggccgctggtgtgtgaggtgcgagggggacgaggagga
agaggagggggtggggaggaaggagaggacaatgctatcatggagatgagactaagggaa
agtccccagcagttcagctctgcccttctacagctcgcaacacgctacctcttcattaac
ggggcacaggtctttgcatcagtctgtgcagctgctatcctcaggagacatttaatggtg
tggaaggtttttgcacccaagttgatgtttgaggcctctgggttcctggtgagcagtgtg
tttgtgctggtgggggtgaccctggtgatgagggtggatgtggcagtggggcgctggttt
aagagactcctccctgacacttccgggtag
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