KEGG   Prunus mume (Japanese apricot): 103322203
Entry
103322203         CDS       T03196                                 
Name
(RefSeq) GPI ethanolamine phosphate transferase 3
  KO
K05288  GPI ethanolamine phosphate transferase 3 subunit O [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
    103322203
SSDB
Motif
Pfam: Phosphodiest PIGO_PIGG Metalloenzyme Sulfatase
Other DBs
NCBI-GeneID: 103322203
NCBI-ProteinID: XP_008222314
Position
LG2:21891160..21898696
AA seq 963 aa
MGKRIWVHWVIMALHVVAIVIFTRGFLLTRTELPFYSNCSDLLQAPCSFSVNENQNQNQN
DTVDQNQQRCWSKPAIGRLVIIVFDALRFDFVAPSTFFQESRPWMDKLQFVQDLAAKNAS
SARIFKAIADPPTTSLQRLKGLTTGGLPTFIDVGNSFGAPAILEDNLIHQLAKNGKRVVM
MGDDTWMQLFPNHFEKLFPYPSFNVRDLDTVDNGCIEHLLPFLHQEDWDVLIAHFLGVDH
AGHIFGVDSVQMIEKLEQYNSILQKVVEALESQSAPGGLHENTLLLVMGDHGQTVNGDHG
GGSAEEVETSIFAVSFKNPPSPLPSEFEASSCGLDLGRRNICFSSIQQLDFAVTVSALLG
IPFPFGSIGRVNPQLYALGAGTWNFEDSVGNYQNKSKLEEWMLNYANVLCINSWQVKRYI
DIYSASSIIGFSNEDLLHIASMYAKAEEKWSHTTQKLLLHEKESHNELLPALRRQTDLYS
EFLASVAELARSKWTEFNLKMMGTGLGIMLISLLIHFLVIKKVKEQYGFSFTSSGDSGIS
FGLIFSSFMVVIRACSFLSNSFILEEGKVACFLLATTALVKMRYSIMKKKMILEAFVFLL
LITICRFTIEVGLSKQAPSSDFMNAYPSWMLRIAAGFPIWNFVAEALPVVALILLAFLLR
EAITRSSSKGIWKYIIMGTNLSYMLIAVHWASESDRLNLAWVLKGTGRSYIPRLIYAIGF
GQLLLLTFNQLFSKRKSSDHSNLLYIKTVAMFSAWSSTIIILLGKQGPWVALAFIIGGYC
IMRLDNIELDVKDGGSWNRMLDPVPVTQWSLFAVCLFFCTGHWCAFDGLRYGAAFTGFEE
FLLVPQAILLTMDTFGFSLILPIFGVPFLVARLGQSEKEKKFILTRLSLVYMIYGLIMAT
SVTATIICVTMHRRHLMVWGLFAPKFVFDVAGLILTDILVCLASHYYFSEVEDDAVQDLS
TKK
NT seq 2892 nt   +upstreamnt  +downstreamnt
atgggaaaacgaatatgggttcactgggtgatcatggcgcttcacgttgtcgccattgtc
atcttcacccgaggctttctgctcactcgaacggagcttccattttacagcaattgctcc
gaccttttgcaagccccttgttcattcagcgtcaacgaaaaccaaaaccagaaccaaaac
gacaccgtcgatcagaatcagcagcgttgttggagcaaacctgctattggccgccttgtc
atcatcgtttttgatgctctcaggtttgattttgtagctcccagtactttttttcaagaa
tcaaggccatggatggacaaattacagtttgtacaagacctggcagctaaaaatgcatca
tctgctcggattttcaaagccattgctgatccacctacgacaagtttgcagcgtttgaag
ggcttgacaaccggtggactgccgacttttattgatgttgggaacagctttggggctcca
gcaatacttgaagataacttgatacatcagttggctaaaaatggaaagcgagttgtgatg
atgggggatgatacatggatgcagttgtttccaaatcattttgaaaaattgtttccttat
ccctcttttaatgttagagatcttgatacggtggacaacggttgcattgagcaccttctt
ccattcttgcaccaagaagattgggatgttcttattgcacactttcttggtgtggatcat
gctgggcacatttttggggttgattctgtgcaaatgatagaaaagttggagcaatacaat
agcatcttgcagaaagtagttgaagcactggagagccagtctgcaccagggggactacat
gagaatactcttctacttgtgatgggtgatcatgggcagaccgtaaatggagatcatggt
ggggggagtgctgaagaggttgagacatcaatttttgctgtgagctttaagaatccccca
tctcccttaccatcagagtttgaggcttcatcttgtggacttgatttgggaaggaggaat
atttgcttcagttccatccagcagcttgactttgcagtgacggtatcggcgctgcttggt
atcccctttccttttggaagtattgggcgtgttaatccgcagctatatgctttaggggct
ggaacatggaattttgaagacagtgtgggaaattaccaaaataagtcaaagttggaagaa
tggatgctgaattatgccaatgtactctgcatcaattcttggcaggtaaaaagatatata
gatatttattcagcttcatctattattggattttccaatgaggacttgttgcacatagca
agcatgtatgctaaagcagaggaaaaatggtcacatactacacagaagttgctgttacat
gaaaaggaaagccacaatgagttattgcctgctctaaggaggcaaactgatttgtattct
gaattcctagcaagtgttgctgaacttgcccgctccaaatggactgagtttaatttaaag
atgatgggtactggacttggcattatgttgatatcacttcttatccacttccttgtaatt
aagaaagtgaaggagcaatatggtttttcttttacttcatctggagattctgggatttcc
ttcgggttgattttttctagttttatggtggtcatacgtgcatgcagcttcctctcgaat
agtttcatcttggaagaaggaaaagtggcgtgctttcttttggctacaactgcactagtt
aagatgcgatattcaatcatgaagaagaagatgatattagaagcatttgttttccttctt
ctgatcaccatttgcagatttactattgaagttggattgtcgaagcaggctcctagttct
gattttatgaatgcatatccttcgtggatgctcaggattgctgcagggtttccaatttgg
aattttgttgctgaagctttaccggtagttgccctgattttattggcattcttgctgcgt
gaggccattactagaagctcttcaaagggtatttggaagtatattatcatgggaactaat
ttaagttatatgctaatagcagtgcattgggcttcagaaagtgacagattgaatctggct
tgggtgcttaaaggcactggaagaagttatattcctagactaatatatgccattggattt
ggacaattgttattactgacatttaatcagcttttcagtaaaaggaaatcctcagatcac
agcaatctcttgtatattaaaacagtcgccatgttttctgcatggagctcaacaatcatt
attctgttgggaaaacaggggccctgggttgctttagcattcataattggaggctattgc
ataatgaggctggataacatagaactggatgtcaaagatggaggcagttggaataggatg
cttgatcctgttcctgtaacacagtggagcctttttgctgtgtgcctgtttttctgcact
ggtcattggtgtgcttttgatggcctccgatatggtgctgcatttactgggtttgaagag
ttcctcctagttccccaagcaatccttcttacaatggacacatttggtttttctctcatc
cttccaatatttggagttccatttcttgtcgcacgcctgggtcagagcgagaaagagaag
aagttcatactcacgcgactatctctggtgtacatgatttatgggctcatcatggcaact
tcagtcacagccaccataatatgtgttacgatgcacaggcggcatttaatggtatggggt
ttatttgctcccaagtttgtttttgatgtggcgggtctgatcctcacagatatactcgtt
tgtttggcctcacattactatttcagtgaagtagaagacgatgccgtacaagatctgtct
accaaaaaataa

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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 (4)   
   Pfam (4)   
All databases (18)   

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