Hevea brasiliensis (rubber tree): 110659223
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Entry
110659223 CDS
T05150
Name
(RefSeq) GPI ethanolamine phosphate transferase 1
KO
K05285
GPI ethanolamine phosphate transferase 1 [EC:2.7.-.-]
Organism
hbr
Hevea brasiliensis (rubber tree)
Pathway
hbr00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
hbr01100
Metabolic pathways
Module
hbr_M00065
GPI-anchor biosynthesis, core oligosaccharide
Brite
KEGG Orthology (KO) [BR:
hbr00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
110659223
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Ortholog
Paralog
GFIT
Motif
Pfam:
PigN
Phosphodiest
Sulfatase
Metalloenzyme
YciY
Mycobacteriophage_73
Motif
Other DBs
NCBI-GeneID:
110659223
NCBI-ProteinID:
XP_021672775
LinkDB
All DBs
Position
Unknown
AA seq
982 aa
AA seq
DB search
MGGSDGILGRKEGEGMISEARRRKKWLKRRERWLVILGVILHAVYMLSIFDIYFKTPIVH
GMDPVKPRFKAPAKRLVLLVADGLRADKFFEPDLEGNYRAPFLRSIIKNKGRWGVSHARP
PTESRPGHVAIIAGFYEDPSAVTKGWKANPVEFDSVFNRSRHTFSYGSPDIVPIFCGALE
HSTWETYPHEFEDFATDASFLDEWSFDQFQSLLNRSNEDPKLKELLLQDNLVIFLHLLGC
DSNGHAYRPFSSIYLNNVKVVDNIAQRVYALLEDYYKDNSTAYIFTADHGMSDKGSHGDG
HPSNTDTPLVVWGAGVKYPKPISRDGHSDHDFHFVDEHTHDMPTPVDWGLNGIERVDVNQ
ADIAPLMSTLLGLPCPVNSVGNLPLGYVDMIEAEEVEAVLANTKQILNQFLRKSQIKQSN
SLYFKPFKPLSQHFSLLEHIEYLISVRDYQIAMSLTQKLRSLALQGLHYFQTYDWLMLMT
VITLGYLGWMVYLILHVLQSYTSLAEKILKMEQATEQKNKIGKVYLFGCLLMGAISVLLY
VEHSPPLYHAYFAMTVFLWTQILSECRFVKALWRHLSGKKFNYAIKLLATCAISIIFLEF
LVNSFTERKLYTWCFLIVGIIASLYLFKSIRWRSGIPIFICFACWCLSVFTLMPAEIPDN
NELVIAGGVIIVTVGAAARWLDQHSEGNKHWSSICYHETDKSRHSMLFYVQVLLVGLSSI
MVSLSTSHRTEKQELHSMHQLINWTLAGFSMVLPLFSENGLLSRLTSIFLGFAPTFLLLS
IGYEAVFYGALALVLMAWILFENTILHLTKGKNFSKLEEHTTLENERCLQLSDMRIPLVF
MVLFNVAFFGTGNFASIASFEISSVYRFITVFSPFLMAALLIFKLFIPFMLVICVFSAIT
KLLQVPLLGFYFLVILFSDVMTVHFFFLVRNTGSWMEIGNSISHFGIVSAQVVFVLLLFA
LTNVYTKDIRIRSDSLSSRKAV
NT seq
2949 nt
NT seq
+upstream
nt +downstream
nt
atggggggcagcgatgggatcttggggcgcaaagaaggtgaaggaatgatatcagaagca
cgcagaagaaagaaatggcttaagaggcgagagagatggcttgtaatacttggtgtgatc
cttcacgctgtctatatgctaagtatcttcgatatttacttcaagaccccaattgtccat
ggcatggatcctgtcaaacctcgcttcaaggccccagcgaaacgtcttgtgctccttgtt
gcggatggtttacgtgctgataagttttttgagccggatttagagggaaattacagagct
ccatttttgaggagtataattaaaaacaaaggcagatggggagtttctcatgctcgaccc
cctacagaatcaaggcctggacacgttgctataatcgctggtttttatgaggaccctagt
gcagtcacaaaaggctggaaagctaatccagttgagtttgattcagtttttaaccgaagc
aggcatacattttcttatggtagccctgatattgtcccaatattctgtggcgccttggaa
cacagtacatgggagacctaccctcatgaatttgaagactttgcaactgatgcttccttt
ttggatgagtggtcttttgatcaatttcagagccttctgaataggtccaatgaagaccca
aagttgaaggagttacttctacaggataatcttgttatatttctgcatctacttggctgt
gattcaaacggtcatgcttatcggcccttttcatccatctatctcaataatgttaaggtt
gtagacaacatagctcaacgtgtttatgctcttcttgaagattattataaggacaatagt
acagcatatatatttacagctgatcatggaatgagtgataaaggtagtcatggagatggg
catccttcaaatactgatactccccttgttgtttggggagcaggtgtcaaatatcccaag
ccaatttctagagatggccattctgatcatgattttcattttgttgatgaacatacccat
gacatgccaacgccagtagattggggcctgaatgggattgaaagggtggatgtgaatcaa
gctgatattgcacccctcatgtctacgcttcttggtttaccatgccctgttaactcagtt
ggaaatttaccacttggatatgttgatatgattgaggcagaggaagttgaagctgtgcta
gctaatacaaagcaaatcctcaaccagtttcttcgcaaatcacaaataaagcagtcaaac
tcattatatttcaagccatttaaaccactgagtcaacatttctctctgttggaacacatt
gaatatctaatatctgtaagagactatcaaattgcaatgagtctgacccaaaagctcaga
agcttggcactgcaaggacttcattactttcaaacgtatgattggctgatgctgatgact
gtaattactcttggatatcttggttggatggtctatctcattttgcatgtgcttcaatct
tatacttcactggcagaaaagatattgaagatggagcaagctacagagcagaaaaataaa
attggaaaagtgtatctgtttggatgcctgttgatgggagcaatttctgttctattatat
gtggagcattcacctcctctataccacgcatactttgcaatgacagtgtttctttggacc
cagatactcagtgaatgtcggtttgtaaaagcattgtggagacatttaagtgggaaaaag
ttcaattatgccattaaacttttagctacctgtgccatatcaataatattcctagaattc
ctggtgaatagtttcacagagaggaaactctacacctggtgcttcttaattgtgggaatt
atagcttctctttatcttttcaaatcaattcggtggagatctgggataccaattttcatt
tgttttgcctgttggtgtctgtctgtttttactttgatgccagcagaaataccagataat
aatgaactagtaattgcaggtggagttataattgtcacagttggagcagcagcaaggtgg
ctagatcaacattctgaagggaataaacattggtcaagtatctgttatcatgaaacagat
aaatccaggcattccatgctattttacgtacaggttcttttagttggattatcatcaatt
atggtgtcattgtcaacgtctcacagaacagagaagcaagaactgcattcaatgcaccag
ttaataaattggactcttgcgggtttctcaatggttctcccacttttctcagaaaatggt
ctattgtcacgactgacttccatatttcttggttttgcacccacattcctgcttctatct
attggatatgaagctgtcttttatggtgcacttgctcttgtacttatggcatggatacta
tttgagaacacaattcttcacttaactaaggggaaaaatttttcaaagcttgaggaacac
actacgttagaaaatgaaaggtgcctacagctttctgatatgagaattccattagttttt
atggttttgtttaatgttgctttctttggaacggggaattttgcaagtattgcaagtttt
gagatttcatctgtctatcgattcatcaccgtcttcagtccttttttgatggcagctctt
cttattttcaagttattcataccgttcatgcttgttatatgtgtttttagtgcaataacc
aaactactgcaagttccactgttgggattttattttctggttatattattttcagatgtg
atgactgtccacttcttcttcctggtaagaaatacaggaagctggatggaaattggtaac
agcatcagccattttggtatagtgagtgctcaagttgtgtttgtgctattactttttgcc
ctcacaaatgtttacacaaaagacatccgaattagatcagatagcttatcctctaggaag
gcagtgtaa
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