Oncorhynchus mykiss (rainbow trout): 110505154
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Entry
110505154 CDS
T07259
Name
(RefSeq) GPI ethanolamine phosphate transferase 2 isoform X1
KO
K05310
ethanolamine phosphate transferase 2 subunit G [EC:2.7.-.-]
Organism
omy
Oncorhynchus mykiss (rainbow trout)
Pathway
omy00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
omy01100
Metabolic pathways
Module
omy_M00065
GPI-anchor biosynthesis, core oligosaccharide
Brite
KEGG Orthology (KO) [BR:
omy00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
110505154
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Gene cluster
GFIT
Motif
Pfam:
PIGO_PIGG
Phosphodiest
Metalloenzyme
Pox_P35
DUF4639
Motif
Other DBs
NCBI-GeneID:
110505154
NCBI-ProteinID:
XP_021439853
Ensembl:
ENSOMYG00000045695
UniProt:
A0A8C7T4B2
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Position
31:40311534..40438565
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AA seq
975 aa
AA seq
DB search
MRVRSSVFASFCLILEVLSVALFLRGFFPVPVKSSFSSKSKLSDLPAEPFTGSSPNLSKV
PDPLFKRVVIVLIDALREDFVFGPNGRKYMPYTRHLVERGSTHSFVAKARPPTVTMPRIK
ALTTGSIPGFIDVVMNLNSPALLEDNLIWQAKTAGKRMVFYGDDTWVKLFPKHFMEYDGT
TSFFVSDYTEVDNNVTRHLDSTLKRDDWDILILHYLGLDHIGHISGPHSSLIQPKLMEMD
DILKKIHGSLILKETEGALPYLLLLCGDHGMSETGSHGGSSAHEVNTPLVLISPTFKRKV
GMEKPPTVEQVDLTPTLALGLGLPISQNSVGRLIQPVVEEASLRDQLRFLHLNGHQLSCL
LKDSMPAYEKEEGYEQFRVAEKSHGNWLKLVVEGNTSEVLNSMGKKVLKQYLEALRVMSA
ALSKQMGKYDMYSMVVGVVLVFQLLLLLLLAMPEALSGASEVDLPVSSALLSLPFYLLCL
LLFSVHMLVCTSAESACYFCSLSWGLVFGAVALSSALLCILVSMAARKGAKPPGKSPSRA
SGSGWSLSELDILLLAGTAGHTLSLSASSFVEEEHQVWYFLLNTLCLVVFQDVCRKYFRE
RSANIGVIGCSEDEDCLPPSKEGDAVASPLTDLGVTGADSERWLALATPLLTLACCRLLR
SLNQTGVQWVHLPDLGHWLNSSEHKTVLSLLAAMSLALIYFLVQRRCSLVSKIALALGLL
GVYSYRAAVGNVVLPWQHSSGNMSKGTMKARFVYVFILGIFFTGSKDLLRSQVITADARL
KSRGLWEIYSGVVLLVALLFRAHNLPVLCCCLLVQSLMAQFIWKKLHYDAAQTTIMHYWF
GQAFFYFQGNSNSIATVDISVGFVGLESYVEAPAVFLTALSTYAGPLLWASHLICYLSSE
NRSSVAVGHGCYCLALLRSVPAAAYVVLVTALRYHLFIWSVFSPKLLYESMHTLLTAAIC
LFFTTMEQSRSSSRP
NT seq
2928 nt
NT seq
+upstream
nt +downstream
nt
atgagggtacgttcgtcagtttttgcctcgttttgtctcatactcgaagtattaagcgta
gccttgtttcttaggggatttttcccagtccctgtcaaatcatctttttcatcgaaaagc
aagctgtcagatcttccggctgaaccattcacagggagctccccaaacttgtccaaggtc
ccagaccccctttttaagagagtggtgatagtgttgattgatgcgctcagggaggacttt
gtgtttggtcccaatgggagaaagtacatgccatacacaaggcacctagtggagaggggc
tccacacacagctttgtggccaaggcaagacctcctacagttacaatgcccagaatcaag
gccctgaccacaggcagtatcccaggtttcatcgacgtggtgatgaacctgaactccccc
gcactgctggaggacaacctcatctggcaggccaagacggcgggcaagcggatggtgttc
tatggggacgacacctgggtgaagctctttcccaagcacttcatggagtatgacggcacc
acctctttctttgtgtccgactacactgaggttgacaacaacgtgactcgtcacctggac
agcacgctgaagagagacgactgggacattctgatcctgcactacctgggcctggaccat
atcggacacatcagtggaccccacagctccctcatccagcccaaactaatggagatggac
gacatcctcaagaagattcatggctccctcatcttaaaggagacagagggtgcactaccc
tacctgctgctgctgtgtggcgaccacgggatgtccgagacgggcagccacgggggctcg
tctgcgcatgaggtcaacacccccctggtgctcatcagccctaccttcaagaggaaagtg
gggatggagaagccgccaacagtagagcaggtggacctgaccccaaccctggcccttggt
ctgggcctgcccatctcccagaacagcgtgggccgactcatccagcccgtggtggaggaa
gcctcgctcagggaccagctacgcttcctgcacctcaacggccaccagctgagctgcctg
ctgaaggacagcatgccagcctatgagaaagaggagggctacgagcagttccgcgtggcg
gagaagtcccatgggaactggttgaagctggtggtggagggcaacacgtcagaggtgctg
aacagcatggggaagaaggtgctcaagcagtacctggaggccctcagggtcatgagcgcg
gccctcagcaagcagatgggcaaatatgacatgtattccatggtggtgggcgtggtcctc
gtcttccagctccttctcctcctgctgctggccatgcccgaggcactgagcggtgcgtca
gaggtggatctccctgtgtcctcggctctgctttcgctgcccttctacctattgtgcctg
ctcctcttctccgtgcacatgctggtgtgcacgtcggccgagagcgcctgctacttctgc
agcctctcctggggcctggtgttcggggcagtggccctctcctctgccctgctctgcatt
ctggtatccatggcagccaggaagggagcaaagccccctggtaagtctccatcccgtgcc
agcggcagtgggtggtcgctgtcagaacttgacattctgctcctggctggcacagctggc
cacacccttagcctgtcggccagcagcttcgtggaggaggagcaccaggtctggtacttc
ctgctcaacaccctctgtctggtcgtcttccaggacgtctgtcgcaagtacttccgggag
cgcagtgccaacattggcgtcatagggtgttcggaggacgaagactgcctccctccttcc
aaagagggggatgcggtcgcctcaccgttgactgatttgggggtgacgggcgcagattca
gagaggtggctggccctggccacaccgctgcttaccctggcgtgttgccgtctgctgcgc
tcgctcaaccagaccggggtgcagtgggttcatctgcctgacctgggacactggctcaac
agctcagaacacaagacggtgctgtccttgttggccgccatgtcattggctcttatctac
ttcctggtccagcggcgatgttccttggtctccaagattgccctggccctcggccttctg
ggtgtctacagctaccgggcggctgtgggcaacgttgtgttaccatggcaacattccagt
ggaaacatgtccaaggggacgatgaaggcacgcttcgtgtacgtcttcatcctgggcatc
ttcttcacgggctccaaggacctgctgaggtcccaggtcatcacagccgacgcccggctg
aagagcaggggattgtgggaaatctacagtggtgtggttctgttggtggccctgttgttc
cgggcacacaacctgccggtgctatgctgctgcctgctggtccagtccctgatggcccag
ttcatctggaagaagctccactatgacgctgcccagaccaccatcatgcactactggttc
ggacaggccttcttctacttccagggaaactccaacagcatagccactgtggacatctcg
gttggctttgtgggactggagagctacgtagaagccccggctgtcttcctcaccgccctc
agcacatacgccgggcccctgctctgggcttcccacctcatctgctacctcagctccgaa
aacaggagctcagtggcggtcggccatggctgctactgcttggccctgctgcgctccgtg
ccggcggcagcctacgtggtgctggtcacggctctgcgctaccacctcttcatctggagc
gtcttctcgcccaagctgctgtatgagtccatgcacacactgctcaccgccgcaatttgc
ctcttcttcaccaccatggagcagagccgcagctccagcaggccctag
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