KEGG   Bemisia tabaci (sweet potato whitefly): 109037697
Entry
109037697         CDS       T06019                                 
Name
(RefSeq) GPI ethanolamine phosphate transferase 3
  KO
K05288  GPI ethanolamine phosphate transferase 3 subunit O [EC:2.7.-.-]
Organism
btab  Bemisia tabaci (sweet potato whitefly)
Pathway
btab00563  Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
btab01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:btab00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
    109037697
SSDB
Motif
Pfam: Phosphodiest Sulfatase Metalloenzyme
Other DBs
NCBI-GeneID: 109037697
NCBI-ProteinID: XP_018908030
Position
Unknown
AA seq 1052 aa
MYYQYVLFLAWIAYMLICSILLFTRGFLLNRQVLPSKSSCAPVEPSCSNRFAECLSSPLA
KSTGAMEQKCLLEDRKAIIILIDALRFDFLAPQPHLNQTFHNHIPVVGKLLVEKPDNARL
FEFIADPPTTTMQRLKGLTTGSLPTFIDISSNFASAEIDEDNIIDQLVTSQKPVIFMGDD
TWINAFPNRFHRQRPFPSFNVWDLDSVDTGIRTHLVPEMKNSDWRLLIAHFVGVDHCGHR
YGPYHPEMVRKLTEMNSVIEETIQAMDNNTVLFVLGDHGMTATGDHGGDSDGEVKSAMFV
YSPKTPLMKTSKISRTSIKQIDLVPTLAAIFGVPIPFSNLGSVVFESLPIPKQPESLNFF
KLFHSWNNVKQVTTYIKAYAKNSKFSAQKFDTLEISFEKIQDKIIHLDLFNSVEINSILH
ESQMYLEVIGQMCRELWVQFDANSMSRGLVLTFLTLSFALFVTEGLSFDKFTQVFTFGFF
MTRLGLVFVSVLSLIALKHANLLDIPNVELAVYFVSTTLSILLLAMVIVQNWVEICQTWY
KSKRNMMHICYRFIFILSSLTMFSNSFVVEEYSIILFLSLSLLSLFLWENRNKFTSIFES
SKKPRPFVSSPLFKSLMLLIGISIVLRLGFNFNKCREEQGWCLAGIENAASKDSLFFSKT
TQCVISIVSLVIFIVIVRNYLKMFGNFTGFSPTVLLSQYLPTIIVICLSGYWLSESTPLA
KRRKLVPPWHLLMLPRIVFSLLGLYLVVLFFHPTSIHYLKNRTNLSLNSPIPHLFQELKN
LMKSDVTNHADSNPIIFGLATVYSSSFINFSSILCLLSAILLGFTYSVPAIFMVSSLILF
AFFSAIIRNSRKLVSLQLFNVGWPYVIFWGLSSIFWFYGTGHQATFPSINWNAAFIGISS
LDGIYIYLSALLVTGNTFISYIVHAALLPLLLIIPFTLEVTFPSALSSNDGTNSSIRKGD
VTLFENEPVLYHSVFSLCCKYMIFHGFRVFMSMFAAVIHSRHLMVWKIFAPKFMFEGLSF
IFFTIPSLFVGFFLVIRITNKIEQILKQIDSG
NT seq 3159 nt   +upstreamnt  +downstreamnt
atgtactaccagtatgtcttattcttagcatggatcgcttacatgctgatatgcagtata
ctgctatttacaaggggatttttgctgaaccgtcaggtgctgcccagcaagtcgtcttgt
gctcctgtggagccctcgtgttcgaatcgttttgcggaatgtctcagttctcctcttgcc
aagagcacaggggccatggagcaaaagtgccttcttgaagatcggaaagctataattatc
ctcattgatgcattgcgctttgatttccttgctcctcaaccgcacctgaatcaaacattt
cacaaccatatacctgtcgttggtaagcttctagtagagaaaccagacaatgctcggctc
tttgagtttattgcagatccgcctacaacaaccatgcagagactaaaaggtctaacaaca
ggaagcctgcctacattcattgacatcagctcaaattttgccagtgctgaaattgatgag
gacaatatcatcgaccaacttgtcacatctcagaaaccagtcattttcatgggggatgac
acatggatcaatgcctttcccaatagatttcatcggcagcgcccttttccgtcgtttaac
gtctgggacctagactcagttgatactggtataagaacgcatctcgtacctgaaatgaaa
aactcagattggaggctattaatcgctcattttgttggcgttgatcactgcggacaccgc
tatggcccataccatcctgaaatggttcgcaagttaacagaaatgaacagtgtcattgaa
gaaacaattcaagcaatggacaataacacagtactgttcgtcttgggagatcatggaatg
actgcaactggtgaccatggaggtgacagtgatggagaagtaaaatcagctatgtttgta
tactcaccaaagacacccctgatgaaaacttctaagatcagccgaacttctatcaagcaa
attgacctcgtaccaacactagcagctatattcggagttcctattccattctcgaacctt
ggctcggtagtctttgagtctttacctatccccaaacagcccgagtcgcttaatttcttc
aaactgtttcacagctggaacaatgttaaacaagttaccacctacattaaagcttacgca
aaaaacagcaagttctccgctcaaaaatttgatactcttgaaattagttttgaaaaaata
caagataaaataattcatctagacctatttaacagcgttgaaattaatagcattcttcat
gagagtcagatgtatttagaggtgatcggtcaaatgtgcagggagttatgggttcagttt
gatgcaaactcgatgtctcgtggtctggttcttacattcctcaccctttcatttgcatta
tttgtcacggaaggactaagttttgataaatttacccaagttttcacctttggcttcttt
atgacaagattgggtctagtttttgtgtctgttttgtccctcattgctctaaaacatgca
aatctgctggacatccccaatgttgaactggcagtgtattttgtgtctacaacgctatcc
attctattgttagctatggttattgtccagaattgggttgaaatctgtcaaacttggtac
aagagtaagagaaacatgatgcacatttgttatcggttcattttcattctcagtagtttg
accatgttttcaaatagttttgtggtcgaagagtattcgataatattgtttttatcttta
tccctcctctccttatttctgtgggagaaccgcaacaaattcacttcaatcttcgagtcg
agcaagaagcctcgaccatttgtttcaagtccattgttcaaaagtctgatgctcctaata
ggtatatctattgttttaagattaggtttcaatttcaataagtgccgcgaagagcaagga
tggtgtctggccggtattgagaacgcggcatccaaagacagcttgttcttttcaaagacc
acacaatgtgtgatctctatcgtctcccttgttatttttattgtaatagtccgtaactat
ttgaagatgtttggaaattttacaggattctcaccaacggtgcttttatctcagtacctt
cccacaattattgttatttgtctgagtggctattggctgtccgaatccactcctcttgca
aaacggaggaaactcgtcccgccctggcaccttctcatgttgccgcggatagtgttctct
ttgttgggcttgtatctagtcgttctgttctttcatcccaccagtattcattacctaaaa
aatcggacgaatttgtcacttaacagtccgattcctcacttgtttcaagagcttaaaaat
ttaatgaaatctgatgtgaccaatcacgctgacagtaatcctattatttttggtctcgcc
actgtgtatagttcttcctttatcaatttctcttccattctctgcttactgtcagcaatt
ctgttaggttttacatacagtgttcctgccattttcatggtctcttcattgatcctcttt
gcttttttctcagctatcatacgcaactcacggaaattagttagcctgcaacttttcaat
gttgggtggccgtatgtcattttttggggactctcctcaatattttggttttatggaacc
ggacaccaggcaacatttcccagtattaattggaatgcagcttttattggcattagttcc
ttagatggcatttacatctacctctcagcattactggtcactgggaataccttcatatct
tacattgtacatgctgctctcttgccgttattactcataattccattcacactagaggtc
acttttccaagcgccttaagttcgaatgatggcaccaactcatcgatcaggaaaggagat
gttactttatttgaaaatgaaccagttttgtatcactcggtttttagcttatgctgcaag
tacatgattttccatggttttcgggtcttcatgagtatgttcgctgcggtgatacacagt
cggcatttgatggtgtggaagatctttgcaccaaaattcatgtttgaaggactctctttc
atcttcttcaccatcccttcactttttgtagggttttttctagtcatcaggattaccaac
aaaattgaacagattttaaagcagattgattctggctga

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (16)   

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