Helicoverpa armigera (cotton bollworm): 110371205
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Entry
110371205 CDS
T05609
Name
(RefSeq) GPI ethanolamine phosphate transferase 2 isoform X1
KO
K05310
ethanolamine phosphate transferase 2 subunit G [EC:2.7.-.-]
Organism
haw
Helicoverpa armigera (cotton bollworm)
Pathway
haw00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
haw01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
haw00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
110371205
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SSDB
Ortholog
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Gene cluster
GFIT
Motif
Pfam:
PIGO_PIGG
Phosphodiest
Metalloenzyme
TMEM70
Abhydrolase_9_N
DUF3290
Motif
Other DBs
NCBI-GeneID:
110371205
NCBI-ProteinID:
XP_063894431
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All DBs
Position
15:join(3762630..3762787,3762986..3763172,3763422..3763487,3765780..3765989,3766445..3766648,3767192..3767325,3767675..3767868,3768230..3768420,3768844..3769433,3769759..3769871,3770046..3770671,3771106..3771278,3771695..3771950)
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AA seq
1033 aa
AA seq
DB search
MLSWIQHRWTGLCLLVTGLGALMLFLYGFFPLKYHSGKMSHLDDLPNFIDGVSIDGQQVY
NSGENTVVLMVIDGLRYDFVTEEYMPYTGQLLKNKSGCIYVSVAEPPTVTMPRIKSPERK
KEKAQWRRTINFWRDIFAMMTGSVSTFADVALNFGAPAVRGDSVLRVANARGRRTVMYGD
DTWLRLFPGLWAEFDGTTSFFVTDYTEVDNNVTRHLDKILTPDEQKKPTFDFLVLHYLGL
DHIGHLEGARSPKIKPKLLEMDEVVKKIFTAMQKWDRNGVLIVCGDHGMRDAGGHGGATP
SEVLVPLVLARSGDFVCPHPLGRGPTVAQVDVAPSVSWLLGCPFPGDSGGRLLPALLPQD
TRQHLYLLHVQAQHNAKQALPTDTEFYKQFQRAEKQFAHYLATGQQSAAKIAWEFYEDSL
EKMSEFLTDTKTEFDMFAIGMAIVVLYLIATSLLFVTLYSFQPEARRKTSMTSHSHHRSN
AGYIIAFLVIFSITSAILTTACFITETKSQVCHFTSPWILVLTAIACVFTTTYFIIKTGI
ERIKDLSTLSELNSTDYLLIGATIFHCWSFLGTSFIEEEHMTWYYFWNTLMFFVLVRTVV
VLLMYLSKKWTGATEVQEKPELAQRMSAVGVGILPKWVMLIALHRYLRTMNQTGDRWLFL
PDTADWLNAPENAFYLQAHLVIGTIATLAICLYNLRYVNNVVYIQTGLTIAAVVCILCYR
ITSKALETPIDEIKTWDAVQIVSIFWAILIAQFILEILSYIGALKSCGLKPVERNASSAN
KFVYNKPKAKTEDYFYETLIEEPWNVDEVKLNLVRSISHLMLNDLMLIVVLLMRPHNVIM
VPSIYITCVLTSECMDHKLLDSKSGKKTEVVDILSRTLVHMWIGILFFFYQGNSNSLSSV
DLGSGYVGLREYCPVRVALRMGLHAYAGPAIAGAALFCTVAKHSDTWQQYLQTTWRATNI
LALHRVYSVVIYCVIATIFRDHLFVWSVFSPKLLYDFVATVFSVQALATIAQIEALAHIT
NWLARMFTYKSRL
NT seq
3102 nt
NT seq
+upstream
nt +downstream
nt
atgctgtcctggatacagcaccgatggaccggcctctgcctcctcgtgacgggccttgga
gccctcatgctcttcctctatggatttttcccgctgaaataccattccgggaaaatgtcc
catttggatgatctgccaaactttattgatggtgtcagtattgacggccagcaagtgtac
aattctggtgagaatactgtggttctcatggtcatagatggcctccgttatgactttgtt
actgaagagtacatgccgtacacaggacaactacttaagaacaagtctgggtgtatatat
gtgtctgtggctgaacctcccactgtcaccatgcctaggatcaagtcacctgaacgtaag
aaggaaaaggcacagtggaggcgcactataaacttctggcgggatatatttgccatgatg
acaggcagtgtatcgacattcgcggacgtagctctcaacttcggagcgccggcagtccgc
ggggacagcgtgctgcgcgtcgccaacgctagagggcgtcgtaccgtcatgtatggtgat
gatacgtggttgagactgttcccgggactgtgggctgagtttgatggaactacgtcgttt
tttgtcactgattatactgaggtagacaacaacgttacgagacatctagacaagatattg
acaccagacgaacaaaagaaacctacatttgacttcctagtattacattacctggggttg
gaccatattggacatttagagggagctcggagccctaagatcaaaccgaagctcttggaa
atggatgaggtcgtgaagaaaatatttaccgctatgcagaagtgggaccgtaacggcgta
ctaatagtatgcggtgaccacggcatgcgcgacgcgggcggacacggcggcgccacgccc
agtgaggtgctggtcccgctggtgttggccaggagtggtgacttcgtgtgtcctcatccc
ctaggccgcggccccacagtggctcaagtagacgtagcaccctcagtatcatggctgcta
ggctgtcctttcccgggtgacagcggcggccgcctgctgcccgcactgctgccgcaagac
acgcggcagcacctgtatctactgcacgtgcaggcgcagcataatgctaagcaggcactg
cctactgacaccgaattctacaagcaattccaacgtgctgagaagcagttcgcccactac
ctggccaccggacagcagagcgctgctaagatagcttgggagttctacgaagactcgctt
gagaagatgtctgagttcctaactgatacgaagaccgagttcgatatgttcgctattggg
atggctattgttgtgctgtatttgatcgccacttcactcctcttcgtgactctatactca
ttccaacccgaagcgcgtcgcaagaccagtatgacgtcccactcccaccacagatccaac
gccggctacatcatcgccttcctcgtcatcttctctataacgagtgccatactgaccacc
gcgtgtttcatcacggaaaccaaaagccaagtctgccatttcacttctccttggatacta
gtattaactgctatagcttgcgtttttaccaccacatattttattataaaaactggtata
gaacgcataaaagatttgtctactctatctgaattgaacagtacagattatctcttaatt
ggtgctactatattccattgctggtcgttccttggtacaagtttcattgaagaagaacat
atgacttggtactacttttggaatacgttaatgttcttcgttcttgttagaactgtggtg
gttttgttaatgtatttgagtaaaaagtggacgggggctacggaggtgcaagagaaaccc
gagttggcgcagcgaatgagtgcggttggagtcgggatattacctaaatgggtgatgctt
attgctttgcataggtatcttagaacaatgaatcaaacgggagaccggtggctattccta
ccagacactgccgactggctgaatgcacctgagaatgccttttatcttcaagctcattta
gttataggtacaatagcgaccttagcaatatgtctctacaacctccgctacgtaaacaac
gtggtttacatacaaacaggattaacaatcgccgcagtagtctgcatactatgctaccga
atcacttccaaagccctagaaacaccaatcgatgaaatcaaaacctgggacgcggtacaa
atagtcagcatattctgggctatattaatagcgcagtttatactagaaattctatcatac
ataggtgctttgaagtcttgtggtctaaaacctgtggaaagaaacgcctcaagtgctaac
aaattcgtttacaataagcctaaggcgaaaacagaagattatttctatgaaactttgata
gaagaaccgtggaacgtcgatgaagtgaagttaaatttagtgcgatcaatctctcatttg
atgttgaatgatctaatgttaatagttgtgttgttaatgaggccacacaatgtgataatg
gtgccgagtatttatataacgtgtgtgttaacatctgagtgtatggaccataagttgttg
gactccaagtccggcaaaaagactgaagtggttgatatacttagtaggactctagtgcat
atgtggattggtatcctgttcttcttttatcagggcaactccaacagcttgtcgtcagta
gacctggggtcgggctacgtgggtctgcgcgagtactgcccggtgcgcgtggcgctgcgc
atggggctgcacgcgtacgcggggcccgccatcgccggcgccgcgctcttctgtactgtg
gccaagcatagtgatacgtggcaacagtacttacaaacaacatggcgagcaacgaacatc
ctcgcattacaccgagtatattcagtagtaatatactgtgttatagcaaccatcttcaga
gaccatctgtttgtatggagcgtgttttctccaaaactgctgtacgacttcgtagcaaca
gtgttcagtgtccaagctttagctaccattgcgcaaatagaagctctagctcatataacg
aactggctagccagaatgttcacttacaagtcaagactgtga
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