Malassezia sympodialis: MSY001_2444
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Entry
MSY001_2444 CDS
T06541
Symbol
GPI10
Name
(RefSeq) Similar to integral membrane protein involved in GPI anchor synthesis, putative alpha 1,2 mannosyltransferase
KO
K05286
GPI mannosyltransferase 3 [EC:2.4.1.-]
Organism
msym
Malassezia sympodialis
Pathway
msym00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
msym01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
msym00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
MSY001_2444 (GPI10)
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
msym01003
]
MSY001_2444 (GPI10)
Glycosyltransferases [BR:
msym01003
]
GPI-anchor biosynthesis
Core oligosaccharide
MSY001_2444 (GPI10)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_transf_22
NatB_MDM20
Motif
Other DBs
NCBI-GeneID:
30057329
NCBI-ProteinID:
XP_018740971
LinkDB
All DBs
Position
Unknown
AA seq
1230 aa
AA seq
DB search
MLRAWCLAHALCALATSRTVFQPDEHWQSLEIAHGIVFGYGYRTWEWTGKTPIRSIVHPA
SFVPLYAFLQACGLDASTFIMRSATHVRSASSNASPDAAPPGAGMALSAWPLCTADVQRL
ASGPARRAYRLALLAAFTAVLVRPTSLVIWSFLGLKLLWDAHSDAQGLWRVVREPLWIGP
FVLGLGACADYMYFGVWTLAPLRFFLQNVIHGVSSFYGENAWHWYITLGLPTILSVYLPF
FFRGIYVTYKKAVSAQVRTLLSMCAWTVAIFSLLAHKEVRFLQPLVPWFHFAAAIGMADS
RPMNISSLRTAFQALPRWMRAWIYAQLPFFVYLTAFHTQGQVGVTTHMHRVATSSKAPVT
VGFLMPCHSTPWQSHMHFAPWGSGGDRGRAWFLACPPPPDAHLSDYWDQSDFFFADPLQY
MHSRFPATVDPSFPAMDRSKFIVPLTTGLPRNETMSIAELLTAQGYRETARLWNSVFHPE
EHRRGNVVQQTQRRVAVHNGGRYIGGTPRLGHHALPLDLLSHTCRKGTVGLVSQMSKVGI
ESNDQKQALRLRVVRHIRGDSIRQGSIFHSAKNLLTPGYHNHPETVRMQLICQRRLTRLN
SHHFRLNRSVGDFGHGIGLEGMETTPSPRVSGSELCDEYLALFRLGQKEQAAQEADRALS
QKVDLNVIMPLEMVLPRLGRAQQLADLYLAASQAHPDDEELAEGALLCMVKNSMYQRALQ
LLLKRFRISKERKDFWRYIQVAILHSQRLQPPGSKLALEVAYRLFQEQALDDTSFSEETL
SLYLSFFLLQGTERLQGAMQVLEQPHCKSLANNSLTIQFQLRECWKVLGDNESLLRDCRS
RIAQGDRNWAVLSEYIHTMGQVASGSMNHEDVDLIVKAAEQDNWKDRGSFLGVLELFRVS
HDCGLEEPCDLIYVVLVRKYLETFIVKPSCFEDIRPYLASIPETDRGSLLAWAHDVPDLS
TETNIVRKHFHVPDTEMHPGDDLALLAVMEASATGPEALSNAAMIAIHGCQKSKRAYRLR
LLLIRLLIRLGCFKLAIQYFEAFGLKAVQLDTVSHYMMDRNSSFGGSHAADITNVWDAHI
RDFYVHSAYEVPEALGRAFSNGKFSQVSDLCEFNDCLEHSCAKIILQLDMIRSKFVNQDL
VDSEYTSARETVKKIIEFVNEMIAPVLDLPTQPGPFQFNQGIRHLEFFEDEKNIARYSQG
VRTRFTTIATVHLKMTEARYAEIDRLYGDE
NT seq
3693 nt
NT seq
+upstream
nt +downstream
nt
atgctccgtgcgtggtgcctggcgcatgcgctctgtgcgctggccacgagccggaccgtg
ttccagcctgacgagcactggcagtcgcttgaaattgcgcatggtatcgtcttcgggtac
gggtaccgtacgtgggagtggacgggcaagacgcccatccgcagcattgtgcatcccgcc
tcgttcgtgcccttgtacgcctttctgcaggcatgcggcctcgatgcctctacgtttatc
atgcggtcggcgacgcatgtgcgttcggcctcgtccaacgcatcgccggacgccgcgccg
cctggtgctggcatggctctctccgcatggccactgtgtactgcagacgtccaacgccta
gcctcgggtcctgcacgccgcgcctaccgcctagctctgttagccgcttttactgctgta
ctcgtgcgccctactagccttgtgatctggtcattcctcggcctcaaactgctttgggat
gcccactcggatgcccaaggcctctggcgcgtcgtgcgtgagccgctgtggatcggccct
ttcgtgctgggtctcggggcctgtgctgactatatgtactttggcgtctggactcttgca
cccctgcgcttcttcctccaaaatgtcattcacggcgtatcgtcgttctatggagaaaat
gcatggcactggtacatcaccctcggtctccctacgattctctcggtctatcttcccttc
ttctttcgcggcatctatgtgacgtacaaaaaggccgtgtccgcgcaggttcgcacactg
ctgagcatgtgcgcctggactgtggccatcttctcgctgcttgcccacaaagaagtgcgg
ttcctgcagccgctcgtaccatggttccactttgccgcagccatcggcatggcggatagt
cgtcccatgaacatttcatcgctgcgcacagcatttcaagccctgcctcggtggatgcgc
gcatggatatatgcccagctgcccttctttgtgtatctgaccgccttccatacacaaggg
caggttggtgtcaccacccacatgcatcgtgtggccacctcttcgaaagctcccgtgaca
gtgggcttcctcatgccatgtcactccacaccttggcagagtcacatgcactttgctcct
tggggctccggcggcgatcgcgggcgtgcctggttccttgcgtgccccccgccgcctgac
gctcatttgtcggactactgggaccagtcggactttttctttgcagacccactccagtat
atgcattcgcgcttccctgccacggtggacccatctttccctgccatggaccgctccaag
tttatcgtgccattgacgacgggcctgccgcgcaatgagactatgtccatcgccgagctg
ctcacagcacaagggtatcgggagacagcacggctttggaattcagtgttccatccagag
gaacatcgccgcggtaatgtcgtccaacaaacgcagcgaagggtagcggtgcacaatggc
ggacgatacattgggggtacaccgcggctgggtcaccatgccttgcccttggatctgctg
tcgcacacctgccgcaaaggcacggttggcttggtttcgcaaatgtcgaaggtgggtatc
gagtccaatgatcagaagcaggcgctgcgtctgagggtggtccggcacattcgtggagat
tcgatccgccaaggatccatcttccacagcgcgaagaacctgctcacccccggctaccat
aaccatcccgaaacggtcaggatgcaactgatctgccagagaaggctcacgcggctcaat
agtcaccatttccgacttaaccgaagcgtaggcgattttggccatggcataggacttgaa
ggcatggaaacaacaccatcaccgcgcgtcagtggatcagaactctgcgatgagtacctc
gcattgtttcgtctgggccaaaaagagcaagcagcgcaggaggctgatagggcactgtcg
caaaaggtggacttgaatgtgatcatgcctttggagatggttcttccgcgactaggccgt
gctcagcagcttgcagatctgtacttggctgcaagtcaggcacaccctgatgacgaagag
ctcgctgagggtgcattgctctgtatggtcaaaaacagcatgtaccagcgtgcattgcaa
ctgcttcttaaacgcttccgcatatcaaaggaaagaaaagacttttggcgctacattcag
gtggcaattttacattcgcaacgcctccagccccctggttcgaagctggctctagaggta
gcttatcgcctttttcaagagcaggccctagacgataccagcttctccgaagagacactt
tctctgtacttgtccttctttctgcttcagggcacagagcgccttcagggagccatgcaa
gtgctcgaacagccccattgcaagtcactcgcgaacaatagcttgacaattcaatttcaa
cttcgtgaatgctggaaagtactcggagacaatgagagccttcttcgcgattgtcgttct
cgcattgcgcaaggtgaccgcaactgggccgttctctctgaatacatccatactatgggt
caggtggcaagtgggtccatgaaccatgaggatgttgacttgattgtcaaggctgcagag
caagacaattggaaggatcgcggctccttcctgggggtattagagctgttccgtgtctct
catgactgtggtcttgaagagccatgcgacttgatctacgttgtccttgtgcgcaagtat
ttggaaacatttatcgtcaagccttcctgttttgaagatatccgaccctacctagcctct
atccctgaaacagacagaggctctttgctggcatgggcgcatgacgtacctgatctctca
accgagactaatattgtccgaaaacattttcatgtgcccgatacggagatgcatcctggt
gacgatctggctttgctcgcagttatggaggcttctgctactggtcctgaggcccttagc
aatgcggctatgattgctattcacggttgccaaaaaagcaagcgtgcataccgcctacgc
ctactgctgattcgccttctaattcgtcttggatgctttaagctggctattcagtatttc
gaggcatttggtttaaaagctgtccaacttgatactgtttctcactatatgatggatcgg
aactcatcgttcggtggctctcatgcagccgatatcaccaatgtatgggatgctcacata
cgagatttctatgtgcatagtgcctatgaagtacctgaggcattgggccgggctttcagc
aatggcaagttttcgcaagtctccgatttgtgtgaattcaacgactgccttgagcactct
tgcgccaaaatcattttacaactggacatgattcgcagcaaatttgtcaatcaggatttg
gttgattcagaatacacctcggcccgggaaacggttaagaagatcattgaatttgtaaat
gaaatgattgctccagtactcgatctacctacacaaccaggaccattccaattcaatcag
ggtattcgccatttggagttcttcgaggatgaaaagaatatcgcgcggtactcgcaaggc
gttcgcacgcgtttcactaccatagctactgtccatttaaaaatgactgaagctcgttat
gctgagatcgatcgtctctacggagatgaatag
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