KEGG   Mizuhopecten yessoensis (Yesso scallop): 110465586
Entry
110465586         CDS       T05079                                 
Name
(RefSeq) GPI ethanolamine phosphate transferase 3-like
  KO
K05288  GPI ethanolamine phosphate transferase 3 subunit O [EC:2.7.-.-]
Organism
myi  Mizuhopecten yessoensis (Yesso scallop)
Pathway
myi00563  Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
myi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:myi00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
    110465586
SSDB
Motif
Pfam: Phosphodiest Sulfatase Metalloenzyme PIGO_PIGG DUF1634
Other DBs
NCBI-GeneID: 110465586
NCBI-ProteinID: XP_021377196
Position
Unknown
AA seq 1082 aa
MALFVKYFFLLIFLVFMYTCSLLIFAKGFLLKRVVVDHNSSCVVDFTLSTDHHGTKGCWM
HSRFNKAIIVVIDALRFDFMRYDHTLERDIPYKNKLPIIKNLLKSKPTNSKLYKFIADPP
TTTFQRLKGLTTGSLPTFVDAGANFASSAITEDNVIDQLVKQGKVIKFLGDDTWMSLFPG
RFQKAYPFPSFNVKDLHTVDNGILKHLYGQLNKKDWSVTIAHFLGVDHCGHRYGPDHPAM
ADKLSQMNEVISNITSRMKDDTILFVMGDHGMTATGDHGGDSDDELEAGLFIYSPVQITS
PSTSSKPDIHETISQIDFVPTLALLMGAPIPFSNLGRIITDLFNHCPWWATSTSKLKQVF
HAVKALRLNAVQVSLYLKAYAQVSSDFPINKYYELDNMLENAERNLQGLVTSMVKSGENQ
HMVRQLEELKQVYDSYISQVKAICQGIWAKFDLVSISIGIMSLLLTVLINVYFVQLSFWK
KFEVPSTVIVVILFCMVYIVYAVFHCFFVGETISSFMVFLLGFVNIVALIIINVKFSPKR
PKLISDLMINQKKDSGFPLVTCTCNAIVCLICFISFFSNSFVVHEDAILLFLAQSLIVIY
CVKVISQTFKKHDTSPNDPKPKHKKQKPFDFMLILTHPAMLTIAMTTGLCLCLRLSMNFK
ACREEQHTCELSLFLRPLSGLTDSLEHLRNLRYFFSVGCLALTVFLTRRLLFHFGNLNGM
SGSVQCVRYLLPLCACCCSLHWALCALPQKALDSLPVWQQTFLPKSVYILTAISVVSVLV
KPLTIHMIRQNKDSYSIPNKDGNIIPQLYNQVKQNLQHRQEEQPPMVYGLATVFSAAIIS
VASIVTVLLTMLLGDGVAPSLFLLTLTMYIVLELYTAHLISSTTEGHSVAWDMVGAVVLH
SVLSSLYFYTTGHQATVPAIRFEAAFVGFHGDFQNYALPAMLIHLNTFAAHVLLGVLAPL
WVFWPLAKSTFATQMTNVELDRTSKGDFALFEDEELLKKRMFQLFTCLTLFSGIKVLGAV
CAAGLHRRHLMVWKIFAPRFVFEAVSCFTVFGMCLLMFLFVMRVNQTLASWVKVLEPKKS
QD
NT seq 3249 nt   +upstreamnt  +downstreamnt
atggcgctatttgtgaagtatttcttcctactaatctttcttgtatttatgtacacatgc
agcctgttaatatttgccaaaggcttcctgctgaaaagagttgttgtagatcataacagt
tcgtgtgtcgtggacttcactttatccactgaccaccacggtacgaagggatgctggatg
cacagtcgtttcaacaaggcaattatcgttgtgatagatgcgctgaggtttgacttcatg
agatatgaccacacattagaaagagatattccatataaaaataaactcccaattattaaa
aatttattgaagagtaaacctacaaattcaaaattatacaaattcattgctgaccctcca
actacaacgtttcaaagactgaaaggattgacaacggggagtctaccaacattcgttgat
gctggagcaaactttgcaagttctgcgataacagaggacaatgtcattgaccaattggta
aagcaaggaaaggtgatcaagtttctaggagacgatacctggatgagcctgtttccaggg
agattccagaaggcgtacccatttccttcttttaatgttaaagatttgcatacagttgat
aatggcatcttgaagcatttgtatggccagctgaacaaaaaggattggtcagtgacaatt
gctcatttccttggggttgatcattgtggtcatcgctatggacctgaccatccagctatg
gcagacaagttaagccagatgaatgaagtcatcagcaacataaccagtcgtatgaaggat
gacactatactgtttgtaatgggggaccatgggatgacggcgactggggatcatggtgga
gacagcgatgatgaactggaggctggattatttatctacagccctgtacagattacctcc
ccttctacttcttctaagccggacatccatgagaccatatcccagatagactttgtgcca
acgctggctctattgatgggagctccgattcctttttcaaacctgggccggatcatcact
gatctgtttaaccactgtccttggtgggccactagtaccagtaaactcaaacaggtattt
catgctgtgaaagcattacgtctgaatgctgtccaagtcagcctctacctgaaggcgtat
gcccaggtgtcctcagactttcccatcaacaagtactacgagctggacaacatgttggaa
aatgcggagcgcaaccttcagggtctggtgacctccatggtcaaatcgggtgagaatcaa
cacatggtccgacagctggaggagctgaagcaggtttacgactcctacatttcacaggtc
aaggccatttgtcagggcatctgggcaaagtttgaccttgtttccatttccattgggatc
atgtcactccttctcactgtcctaatcaacgtttacttcgttcagctgtcattttggaaa
aagtttgaagttcctagcaccgtgattgttgtcatactgttttgtatggtttacattgtg
tatgcagtcttccattgcttctttgtgggggagaccatcagctcatttatggtattttta
ttaggattcgtcaacatcgtcgcactcatcattataaatgttaaattttccccgaaaaga
ccaaaattgatctccgatctcatgataaaccagaagaaagattctggtttcccattggtg
acgtgtacttgtaatgccattgtgtgcctcatatgtttcatatcatttttcagcaacagt
tttgtcgttcatgaagatgccattcttctattcttagcgcaaagtttgatagtcatttac
tgtgtcaaggttatttctcagacttttaaaaaacatgacacaagtccaaatgatccaaaa
ccaaaacacaaaaaacagaaaccgttcgactttatgttgatattaactcatccagccatg
ttgacgattgctatgacaacagggctctgcttgtgtcttcgactatctatgaacttcaag
gcctgtagggaggagcaacatacttgtgagttgtccttgttcttacgtccgctgtcgggc
cttactgacagtttagaacacctgcgtaatttacggtatttcttcagtgttggctgccta
gctttgactgtgtttcttacaaggaggcttctgttccacttcggtaacctgaacggaatg
tctggaagtgttcagtgtgttcggtatttgctgccactgtgtgcatgctgttgtagccta
cactgggcattgtgtgccctgccacagaaagccctagactcgctgcctgtgtggcagcag
acattcctgccaaagtctgtatacatacttactgccatatctgtagtctcagttttagtc
aaaccactgaccatccatatgattcgacaaaacaaagattcctacagcatcccaaataaa
gatggaaacatcatccctcagctgtacaaccaggtaaagcagaatttacaacaccgccag
gaggagcagccaccaatggtgtacggcctggccacagtcttctccgctgccatcattagt
gtggcttccatagttaccgtcctactaactatgttgctaggtgacggagtggctccgagt
ctgttcttgctcaccctgaccatgtacatcgtcctggagttgtatactgcacacctgatc
agttcaacaacggaaggtcacagcgtggcttgggatatggtaggtgctgttgtgctccac
tcagtcctgtcaagcctctacttctacacgaccggacatcaggccaccgtcccagccatc
aggtttgaggcagcctttgttggtttccatggagacttccaaaactatgccctccccgct
atgctgatacatctaaacacctttgctgcccacgttctgttgggggtcctcgcaccactt
tgggtgttctggccactggcaaagagcacctttgccactcagatgacgaatgtggagctc
gacaggacatcgaagggagacttcgctttgtttgaagatgaagagttattgaaaaagagg
atgtttcagctgtttacatgtctgacactttttagtggtatcaaggtacttggagcagta
tgtgcggcagggcttcatcgcagacatcttatggtgtggaagatttttgcgccccgtttc
gtgttcgaggccgtgtcctgtttcacagtatttgggatgtgcttgttgatgttcctattt
gtcatgagagtcaatcaaaccctcgcatcctgggtaaaggtcctggagcccaaaaagagc
caagattaa

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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 (86)   
   KEGG ORTHOLOGY (1)   
   RefGene (82)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (101)   

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