KEGG   Prunus mume (Japanese apricot): 103329911
Entry
103329911         CDS       T03196                                 
Name
(RefSeq) GPI ethanolamine phosphate transferase 1
  KO
K05285  GPI ethanolamine phosphate transferase 1 [EC:2.7.-.-]
Organism
pmum  Prunus mume (Japanese apricot)
Pathway
pmum00563  Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
pmum01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pmum00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
    103329911
SSDB
Motif
Pfam: PigN Phosphodiest Sulfatase
Other DBs
NCBI-GeneID: 103329911
NCBI-ProteinID: XP_008230659
Position
LG4:21307567..21313664
AA seq 984 aa
MGGEERELGEGSNVKANAKRRRRTWLKRKEKWLVVLGVVLHAVYMLSIFDIYFKSPIVHG
MDLVTPRFKAPAKRLVLLVADGLRADKFFESDSEGKFRAPFLRSVIKEKGRWGVSHARPP
TESRPGHVSIIAGFYEDPSAVTKGWKANPVEFDSVFNRSRHTFSYGSPDIVPIFCAGLPH
TTWNSYPHDFEDFATDASFLDEWSFDQFKGLLNRSKEDPKLKELLLQDNLVVFLHLLGCD
SNGHAHRPYSSIYLNNVAVVDSIAERVYNLLEDYYRDNRTSYVFTADHGMHDKGSHGDGH
PSNTDTPLVVWGAGVKHPKPVSSSNHSDCGFRFVDEHMHDTPTPTKWGLHGIERVDVNQA
DIAPLMSTLLGLPCPVNSVGSLPLDYIDMIKEDEVEAVVANTKQILNQFLRKSQTKQSNS
LYFKPFKPLGDYSSLLDKIEDLISIRDYAVARKLSEDLRVLALQGLHYFQTYDWLMLMTV
IILGYIGWMTYIVLHVLQSYTSLAGYMFRKEQADHQTDNTRKVQLCGCLFLGLLCIILFK
EHSPPLYHAYTSMTVFLWTQIFSEYRFIKALWKELYGRRINYFAKILAIGVFSVFILEFL
VNSFTQRKLYTWCFLVSGVISFLYLLKLIPWRSGIPIFVCVACWFLSVFTLMPAEIPDNN
RLVIGSGVMIIMIGVAARLLDLHTEGNKFWLSICNHDKKQPKFPMLFQLQALLVGLSSVM
VSISTSHRTQKQELLALHQITNWSIAGISIVLPLFSANGLLSRLTSIFLGFAPTFLLLSI
GYEAVFYGALALALMAWILVENTLIYSSKVNRFSSSFNNMEDNVILDGRYLQLSDVRIPL
IFMVLFNVAFFGTGNFASIASFEISSVYRFITVFSPFLMAALLIFKLFIPFLLVICVFSA
ITKLNRLPRLGCYFLVILFSDVMTMHFFFLVRNTGSWMEIGNSISHFGIVSAQVVFVLLL
FAVTNIYTKDINIGSADRSSRKAM
NT seq 2955 nt   +upstreamnt  +downstreamnt
atgggcggtgaagagagagagttaggagaaggaagcaacgtaaaagcaaacgcgaagaga
agaagaaggacatggctgaagaggaaagagaaatggcttgtagtacttggcgttgttctg
cacgccgtttatatgctcagcattttcgacatctacttcaagtcccccattgttcatggc
atggatctcgttacccctcgtttcaaagcccctgcaaaacgcctcgttttactcgtcgct
gatggtctgcgagctgacaaattcttcgagtccgattctgaaggaaagttcagagctcca
tttttaagaagcgtgatcaaagagaagggtcggtggggagtttcacatgctcgtcccccc
actgagtcaaggcctggacacgtttctataattgctgggttctatgaagatcccagtgct
gttacgaaaggctggaaagctaatcctgttgaatttgattcggtatttaaccgaagccgg
catactttctcttatggtagtcctgatatagttccaatcttctgtgctggcttgcctcac
accacctggaacagttaccctcatgactttgaagacttcgctactgatgcttcctttctg
gatgagtggtcttttgatcaatttaagggacttctgaataggtccaaagaagacccgaag
ttgaaggagttacttttacaggataatcttgtcgtatttttgcacctacttggctgtgat
tcaaatggtcatgcgcataggccctattcgtccatttatctcaataatgttgcggttgtt
gacagtatagctgaaagggtttataatcttcttgaggattattacagggacaatcgtaca
tcgtacgtatttactgctgatcatggaatgcatgacaaaggaagccatggagatgggcat
ccttcaaacacggatactccccttgttgtttggggagcaggtgttaaacatcccaagcca
gtctccagcagcaatcattctgattgtggctttcgttttgttgatgaacatatgcatgac
acgccaacacctacaaaatggggccttcatggcattgaaagggtggatgttaatcaagca
gatattgcacctctcatgtcaactcttcttggtctgccatgtcctgtaaactcggttgga
agtttaccccttgattacatagacatgataaaggaagatgaagttgaagctgtggttgcc
aacacaaagcaaattctcaaccagtttcttcggaaatcacagacgaagcagtcaaattcg
ttatatttcaagcctttcaaaccactgggcgattattcctccctattggataagattgag
gatctaatatccattagagactatgcagttgcaaggaagctgtctgaagatctccgagtc
ttggcgttgcaaggacttcactattttcaaacttacgattggctgatgctcatgactgta
attattcttgggtatattggttggatgacctatattgttctccatgtgctgcaatcttat
acttcattggcagggtatatgtttagaaaggagcaagcagatcatcagacagataatacc
agaaaagtacaactttgtggatgcctttttctgggactactttgtattatactgtttaag
gagcattctcctcctctttaccatgcatacacatcaatgacagtatttctgtggacacaa
atttttagtgaatatcggttcatcaaagcattatggaaagagttatatggaagaagaatc
aattactttgctaaaattctagccattggtgttttctcagtattcattcttgaattcctg
gtgaatagctttactcagaggaagctatacacttggtgtttcctggtttctggggtcata
tccttcctttatcttttaaaattgattccttggagatctggcataccaatctttgtttgt
gttgcgtgttggttcttgtctgtatttactttgatgccagcagaaattcccgataataat
cgtctagtgattgggagtggagttatgattattatgataggagtagctgctaggttgcta
gatctgcataccgaaggaaacaagttttggctaagtatctgcaatcatgacaagaagcaa
cctaaatttcccatgctctttcagttacaggctcttttggttggattatcatccgtgatg
gtgtcaatatcaacctctcatagaacacagaagcaagaactacttgctttgcaccagatt
acaaattggtccattgctggtatctcgattgtacttccattattttcagcaaatggtctc
ttgtcccggcttacttccatatttcttggttttgctcccacattccttctattatctatt
ggatatgaagctgtcttctacggtgctctggctcttgcactcatggcttggatactagtt
gaaaacacacttatttactcgagtaaggtgaacaggttctcaagctcctttaacaatatg
gaagataatgtcatacttgatggtagatacttgcagctgtctgatgtgagaattccatta
atctttatggttttatttaatgttgccttctttggaacgggtaattttgcaagtatcgca
agctttgagatttcatctgtctatcgatttattactgtcttcagtccatttcttatggcg
gccttacttatcttcaagttattcattcccttcctgctcgtcatatgtgtattcagtgca
ataacaaaactaaaccgactaccacggttgggatgctatttcctcgttattttgttctcg
gatgtaatgactatgcatttcttcttcctggtccgaaatacaggaagttggatggaaatt
ggtaacagcatcagccattttggaatcgtgagtgctcaagtagtctttgtgcttttgctt
tttgccgtcacaaatatatacacaaaagatatcaacattggttcagcggaccggtcctcc
cggaaagccatgtaa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (17)   

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