KEGG   Nicotiana tomentosiformis: 104095527
Entry
104095527         CDS       T05025                                 
Name
(RefSeq) GPI ethanolamine phosphate transferase 1
  KO
K05285  GPI ethanolamine phosphate transferase 1 [EC:2.7.-.-]
Organism
nto  Nicotiana tomentosiformis
Pathway
nto00563  Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
nto01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:nto00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
    104095527
SSDB
Motif
Pfam: PigN Phosphodiest Sulfatase Metalloenzyme
Other DBs
NCBI-GeneID: 104095527
NCBI-ProteinID: XP_009599968
Position
Unknown
AA seq 992 aa
MRTDGILGVEDRDSKRSAINTARNKQKWLSRKEKWLVVLGVILHAVYMLSIFDIYFKTPI
VHGMDPVPPRFVAPAKRLVLLVADGLRADKFFEPDSDSDGGYRAPFLRNIIRKQGRWGVS
HARPPTESRPGHVAIIAGFYEDPSAVTKGWKANPVEFDSVFNQSRHIFSYGSPDIVPIFC
GALPHSTWNTYPHEFEDFATDASFLDEWSFDQFQNLLNRSNQDPKLKHLLEQDKLVVFLH
LLGCDSNGHAHKPFSSIYLNNVKVVDKIAEKVYNLMQSYFKDNQTAYIFTADHGMSDKGS
HGDGHPTNTDTPLVAWGAGVGYPLPISHSDHHENTAARFIDDHLHDTATPSEWGLSGMTR
LDVNQADIAPLMSTLLGLPCPVNSVGNLPLRYMNLNKAEEVEAVLANTKQILNQFLRKSQ
LKQSTSLFFKPFKPLASYSSLLRQIEHLISLKEYETAMKLSEHLRSLALQGLHYFQTYDW
LMLMTVITLGYVGWMIYVVLHVLQSYTSLPANIFSKEQLPNPRRSKVKVHLLGGLSMGVV
CTVLLVEQSPPLYHAYVVMTMFLWTQIFSEYRFLKALCKYLCGKPNDYYLKLIATCIFSV
IILELLVKSFTDRKLYTWCFLTTGVAVAFYLFRSLPWRSGVPIFVWVACWFLSAFTLLPP
QIPENTLLVVAGGLMIIAIAIILRYVELHAKDNIYWRSLAEQDSKKLKFPLLFHLQILLV
GLASVLVWLSTSHRTEKRELLVLHQLMNWSIAGFSMILPLFSATGLLPRLTSIFLGFAPP
FLLLSIGYEALFYGALSLALIAWILVENAYLHISKFRLSSAQVKSMEGNFNLAHDNRCLE
LSDMRIPLAFMVFFNIAFFGTGNFASIASFEISSVYRFITIFSPFLMASLLIFKLLIPFI
LVICVFSAITKLVQIPLLGCYFLVILCSDVMTIHFFFLVRNKGSWMEIGNSISHFGIMSA
QVVFVLMLFAGTNVFTKDILVRSAQQFSRKKM
NT seq 2979 nt   +upstreamnt  +downstreamnt
atgaggaccgatgggatcttaggagtcgaagacagagatagtaaaagatccgccattaac
acagctcgaaacaagcagaaatggctgagcagaaaagagaaatggctggtagttcttggt
gtgatacttcatgcagtgtacatgctcagtatcttcgacatttacttcaaaaccccaatt
gtccatggcatggaccctgtcccacctcgtttcgttgctccagctaagcgtcttgttctt
ctggttgcggatggtttaagggctgataagtttttcgagccggattcggattcagatgga
ggttatagagcaccatttttgaggaacattattaggaaacaaggtcgatggggagtatca
catgctcgtcctccaacagaatctaggcctggacatgttgctattattgctggattttat
gaagatcctagtgctgtcactaaaggttggaaggcaaatcctgtagagtttgattcagta
tttaatcaaagccggcatatattttcctatggtagcccagatattgttcccatattctgt
ggggccttgccacatagcacttggaatacgtatccacatgaatttgaggatttcgctact
gatgcttcgtttttggatgagtggtcattcgatcaattccagaacctcttgaataggtcc
aatcaagacccaaaattgaagcatcttctagaacaggataagcttgttgtttttctacac
ctgcttggctgtgattccaatggtcatgcacataagcccttttcgtccatctatctaaat
aatgttaaggtggtcgacaagatagcggaaaaagtttacaatcttatgcagagctacttc
aaggataatcagactgcatatatatttacagcagatcatggaatgagcgacaaagggagt
catggagatggacatccgacaaacaccgatacacctcttgtggcatggggagcaggcgtc
gggtatcccttgccaatttcccacagtgaccatcatgaaaatactgctgctcgttttatt
gatgaccatctgcatgatacagcaacaccctcagaatggggcctcagtggcatgacgagg
ttggatgttaatcaagctgacattgcaccactgatgtccactcttcttggtctgccatgt
cctgtcaattcagttggcaatttgccacttcgttacatgaatctgaataaggcagaagaa
gttgaagctgtgctagccaatacgaagcaaatcctcaatcagttccttcgaaagtcacag
ttaaagcagtcgacctcattattcttcaagcctttcaagccattggctagctattcatca
ttattgcgtcaaatcgagcatctgatttctctcaaagagtacgagactgcaatgaagctg
tctgaacatcttaggagcttggcacttcaaggacttcactatttccagacatatgattgg
ttgatgctgatgactgtaattacacttggctatgttggttggatgatctatgtggtactc
catgtcttgcaatcttatacatccctacctgcaaatatttttagcaaggagcaattacct
aatccgagaagaagtaaagttaaggtacatcttttaggcggtttgtcaatgggagtagtg
tgcactgttctgttggttgaacaatctcctcccctttatcacgcatatgtcgtgatgaca
atgtttctgtggacgcaaatatttagtgaatatcgatttcttaaggcattgtgcaaatac
ttgtgcgggaaacctaatgattactatcttaaactcattgcaacttgtattttctccgtg
atcattcttgagcttctggtgaaaagcttcacagacagaaagctgtatacttggtgtttc
ttaactacaggggttgcggttgctttttatctgtttcgatcattaccttggagatctgga
gtaccaatctttgtatgggtagcatgttggtttttgtccgcttttactctcctgccccct
caaattccagaaaacaccctgcttgtagttgctggtggtctgatgattattgcaattgcc
ataatccttcgatatgtggaactacatgctaaagataacatatattggcgtagtctcgct
gaacaagactcgaagaaactcaagttccccttgctctttcacttgcagatcctgttggtt
ggcttagcatctgtgctggtttggctttcaacatctcatagaacagagaagcgggaactg
ctagtcctacaccaactgatgaattggtcaattgctggcttttcgatgatactcccactc
ttttcagctaccggtctcttgcccagacttacatccattttccttggctttgcacctccc
ttcctgcttctatcgatcggatatgaagctctcttctatggcgctctcagtcttgcactt
atagcatggatactggtggaaaatgcttatctccatataagcaagttcagattatcatca
gctcaagtcaaatccatggagggtaactttaaccttgcgcatgataataggtgcctggag
ttatctgatatgaggatcccattagcctttatggtctttttcaacattgcattctttgga
actggtaattttgcaagtattgcaagctttgagatctcctccgtgtatcggttcatcact
attttcagtccttttctgatggcatcgttgcttattttcaagttattaataccattcata
cttgtcatatgtgtgtttagcgcaatcactaaattggtgcaaattccattgttgggatgc
tattttctggtgatcttgtgctcagatgtaatgacaatccatttcttcttcctggtccga
aataaaggaagctggatggaaattggcaacagcattagccatttcggtattatgagtgct
caagttgtgtttgtcctcatgctatttgctggtacaaatgtattcacgaaagacatccta
gttagatcagctcagcagttttctcgtaaaaaaatgtga

  All links  
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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (20)   

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