Amborella trichopoda: 18421801
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Entry
18421801 CDS
T02990
Name
(RefSeq) GPI ethanolamine phosphate transferase 3 isoform X1
KO
K05288
GPI ethanolamine phosphate transferase 3 subunit O [EC:2.7.-.-]
Organism
atr
Amborella trichopoda
Pathway
atr00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
atr01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
atr00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
18421801
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Motif
Pfam:
Phosphodiest
Na_K-ATPase
Motif
Other DBs
NCBI-GeneID:
18421801
NCBI-ProteinID:
XP_006826664
UniProt:
W1NEP6
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All DBs
Position
Unknown
AA seq
1134 aa
AA seq
DB search
MADPDSIRILFSDTTTDMLVNELSVIIFPCTEEVSYIISLRNNGQTLRERGANEIFTEPL
ISEQFSMKMGKSLEKWRLIWPFFFIFFLHTAAIFLFTRGFLLTRTELSSTSSCSDLSSSP
CSSDSFIDPSTNKTLHCWTKPAIDRVIIIIIDALRFDFLAPSAFFEEAKPWMDRLRVLQD
LAYENGSSAKIFKAISDPPTTTLQRLKGLTTGGLPTFIDVGNSFGAPAIIEDNLIYQLAQ
NGKRLQMMGDDTWLPLFPNHFHKSYPFPSLNVKDLHTVDDGVIEHLLPALYDKDWDVLIA
HFLGVDHAGHIFGVDSTPMLEKLDQYNEVLKEVVEILQNQSGPGGLHEHTFLLVIGDHGQ
TLNGDHGGGTAEEVETSLFAMSLKQLPPPISSIFDTSHCELDMDGRKMCISSVEQLDFAA
TVAALMGVPFPFGSIGHVNPELYALVANTWTDQGTTTITTTSKNAYCSNLELWMQQYAAV
LCINSWQVKRYINQYSTSSIFGFPAEDLLQVENLYAQAQATWPNVTQKEVLLNEEMGNGT
CQTKISILQAQIDAYKDFLEKVSELARSKWTQFDAMMMGIGLSILIVSLVIHLSFIKRAR
NQIWVIKGSNCGLIEKPHSNKVLSFMTVAVIFGLVLYAFSDQLMKSILVISAIFARNEQT
FVYIVSWLVLLLAIGFLVLSWCNVGSGSDWNVDSEVNKKGSSSNHYSEKIRKECSTGEQG
YSMKCMIALFLVAIRAFSLLSNSYILTEGSVARFLLATIGVLNLKEVLLEESTVLVAVSF
LLLNVVLGFTGENGFSKDVTPASTSISVNVHVSDMGQFFWMLFTEVMPISVLAFLVFRSF
QCTTVSSQWRILKYGFLPLVILSYILIPVYWVLESNVVAIPRITSFEKNLLPLVVYSVGF
GLLLLLACCLVFERKEGTSKCTGDIHIAAITMLTAWGLVILMLLGRQGPRIALISILEGW
CIIRSQKVAQKKEKLENTNNDMLYDPLPVTQWCFLAVSLFFCAGHRCTFDGLRYGAAFVG
FDDFNIVRQGILLFVDTFGISHILPIFGLPLLVTFEGPYVHNKRGRAVFFSKLTQVFLIY
GLISAITATFTTICVLIQRRHLMVWGLFAPKYVFDAIGLMLTDFLICLASLYYF
NT seq
3405 nt
NT seq
+upstream
nt +downstream
nt
atggccgatccagattcaatcaggatcctctttagtgatacgacaacagatatgctagtg
aacgagctttccgtaataatttttccgtgcacagaggaagtttcctatataatttcgttg
agaaataacggacagactttgagagagagaggtgccaatgaaatttttacagagccattg
atctctgaacaattctccatgaaaatggggaaaagcttggagaagtggaggttgatatgg
ccattcttcttcattttcttccttcacacggctgccattttcttattcacaagaggcttt
cttcttacacgcacagagctctcgtctactagctcatgctctgatctctcgagctcccca
tgttcatcagattcatttatagatccatcgactaacaaaaccctacactgctggactaaa
ccagcgattgatcgagtcataatcatcatcatcgatgctcttaggtttgatttccttgca
cccagtgcattcttcgaggaggcaaaaccatggatggatcgcttacgagttcttcaggac
ctagcttatgagaatggttcttctgctaagattttcaaggccatttctgacccacccacg
accactcttcagcgtctaaagggtttgaccactggggggctacccacatttattgacgtg
gggaatagctttggggctcctgcaatcattgaggacaacttgatatatcagttggctcag
aatgggaagcgtttgcagatgatgggggatgatacttggttaccattgtttcctaatcat
ttccacaaatcatatccttttccttcacttaatgttaaagaccttcacactgttgatgat
ggtgtgattgaacacctgcttccagctttgtatgataaggattgggatgtccttattgca
catttccttggtgtggatcatgcgggtcatatatttggcgtggattccacccccatgcta
gaaaaattggatcaatacaatgaagttctcaaggaagttgtagagatactgcagaatcag
tctggacctggaggtttacatgaacatacatttcttcttgttataggagatcatggccag
accttgaatggtgatcatggtggaggaactgctgaagaggttgaaacatcactttttgca
atgagcttgaaacaacttcctccaccaatttcatccatttttgacacctctcattgcgag
ttagatatggacgggaggaaaatgtgcatcagctctgttgaacagcttgattttgcagca
acagtggcagctcttatgggtgttccttttccttttggaagtattgggcatgtaaatcct
gaattatatgctttagttgccaatacatggactgaccaaggcaccactactataactact
acaagcaaaaatgcatactgttcaaatttggagttgtggatgcaacagtatgctgctgtt
ctttgtatcaatagttggcaggtgaaaagatatatcaatcagtactccacttcatcaatt
tttggatttccagctgaagacctccttcaagtagaaaatctatatgctcaagcacaagct
acttggcctaatgttacacaaaaagaagtcttgttgaatgaggaaatgggtaatggaacc
tgtcaaactaaaatttctattctccaagctcaaattgatgcatacaaagatttcctggag
aaagtttctgagcttgctcgttcgaagtggacccagtttgatgcaatgatgatgggcatt
ggactcagcattttaatagtctcacttgtgatccacctttcatttatcaagagggcaaga
aatcagatctgggttataaaaggaagcaactgtggccttattgagaaaccacacagtaac
aaagtcctgagctttatgacagtggctgtgattttcgggctagtgctttatgcattttct
gaccagttgatgaaaagtatattagtgattagtgcaatatttgctcgaaatgagcagacc
tttgtttacattgtcagttggttggtgcttttattggccattggctttttggtgctatct
tggtgtaatgtagggagtggttcagattggaatgttgattctgaagtaaataagaagggt
tcatcgagcaatcactattcagaaaagattagaaaagaatgttccacaggggagcaagga
tattctatgaagtgtatgattgctctttttttggtggcaatacgtgcattcagtttgctt
tcaaacagttacatcttgacagaaggaagtgtagcgcgttttcttttggctacaattggt
gtgcttaatttgaaggaggtacttctggaggagtcaacagtattagttgcagtttctttt
cttttactaaatgttgtactcgggttcacgggggaaaatggattttcaaaggatgtcact
ccagcatctacaagcatatctgtaaatgtacacgtcagtgacatgggccaatttttctgg
atgctgtttaccgaagtcatgccaataagtgttctagctttcttggtcttccggtccttc
cagtgtactactgttagctctcaatggaggattttgaaatatggctttcttcctctcgtg
attctgagctatatcctcattccagtgtactgggttttagaaagcaacgtggtggctata
ccaaggattacttcatttgagaaaaatttacttcccctggtggtttattcagttggtttt
ggtttgctgctattgttggcatgctgtctagtatttgagaggaaagaggggacttcaaaa
tgtacaggagacatacatattgctgcaataaccatgttaacagcatggggcttagtaatc
ttgatgttattggggagacaaggtccacgaattgctttgatatccattctagaaggatgg
tgtataattaggtcacagaaggtggcacagaagaaggaaaagctagagaatacaaacaat
gacatgctatatgaccctcttccagtgacacaatggtgcttcctggccgtgagtttgttc
ttttgtgcaggtcacagatgcacttttgatggcctacggtatggtgcagcatttgttggg
tttgatgacttcaatattgttcggcaagggatccttctttttgttgatacatttggcatt
tctcacatacttcctatttttggccttcctttgctcgtcacattcgagggtccatatgtt
cataataagagaggaagggctgtatttttctctaaactaactcaggtattcttgatttat
gggctcatttctgctattacagccactttcacgacaatatgtgtgctgattcaacgaagg
catctgatggtgtggggattatttgctccaaagtatgtcttcgatgccatcggcctcatg
ctaactgattttttgatttgtttggccagcctctattatttctga
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