Camelina sativa (false flax): 104710555
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Entry
104710555 CDS
T05044
Name
(RefSeq) uncharacterized protein LOC104710555 isoform X2
KO
K05294
GPI inositol-deacylase [EC:3.-.-.-]
Organism
csat
Camelina sativa (false flax)
Pathway
csat00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
csat01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
csat00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
104710555
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
csat04131
]
104710555
Membrane trafficking [BR:
csat04131
]
Endoplasmic reticulum (ER) - Golgi transport
Others
Post-GPI attachment to proteins factors (PGAP)
104710555
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
PGAP1
Abhydrolase_6
Abhydrolase_1
Hydrolase_4
Palm_thioest
PGAP1_3rd
DUF676
Motif
Other DBs
NCBI-GeneID:
104710555
NCBI-ProteinID:
XP_010425480
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Position
9:5438372..5446634
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AA seq
1094 aa
AA seq
DB search
MRDVRFAMSSQCVRPRLRIVGVVILAAWIGLTALFGLLKPIKNGCIMTYMYPTYIPISVT
DDATPGRYGLYLYHEGWRKIDFKEHLNKLSGVPVLFIPGNAGSYKQVRSVAAESDRAYQG
GPFERTFYQEASLFRGGGADTESVDYDLPSQYSNRLDWFAVDLEGEHSAMDGRILEEHTE
YVVYAIHRILDQYKESHDTREREGAAVSSNLPDNVILVGHSMGGFVARAAAVHPRLRKSA
VQTILTLSSPHQSPPLGLQPSLGHYFAQVNHEWKKGYEVQTSPGGSYVSDPLLSGVVVVS
IAGGYNDYQVRSKLESLDGIVPSSHGFMISSTSMKNVWLSMEHQAILWCNQLVVQVSHTL
LSLVDSKTSQPFSDTEKRLWVLTRMLQSALAQSFNGMTPMKVSHELAMVASKGSESQLST
CPLDWKDDALDRDLYIQTSTVTILAMDGRRRWLDIELLGSNGKNHFIFVTNLAPCSGVRL
HLWPEKEKSNSNLPVCERVVEVTSKMVLIPAGPAPKQSEPGSQTEQAPPSAVLKLGPEEM
RGFRFLTISVAPREAISGKPPVAVSMAVGQFFNPEEGAVEVSSQSMLLSTYWAKEIFLKE
DHPLAYNLSFATSLGLLPTTLSLKTAGCGINTFGLPDGETGDLDKDKLCKLRCFPPVALA
WDSASGLHVFANIYSETIVIDSSPALWSSQSSEKTTVMLLVDPHCSYTASVHVSAPAMSS
RFVLLYGPQIVGFSFAVTVFALMRQANQWDNKLSVPPLLSAVEYNLEMPSPFLLLAALPL
IISLFYSFLMAQPFPPLTSFTVVSLICFLMANAFISLLIIVSRFAFQASALVHTTVKSRC
QALERNYSLAFLHWFSIISSSFVCLKQAVRILKLNTTIVMTLVAVTLVSFLHPALGLFVL
LASHVLCCHNSMCCIVMASRRKESVNQKNEDERKTRHPSSREDPVSGDLSEKSFIETQAD
IFNHRHGLLILHLLAALMFVPSLAAWFQRIGTGQSFPWFADSALCVGVIFHGILNSRPES
SSLRSFPFLSGHQLGPHHIYLLAGYYCFFSGLELAPYKVFYAIAALGYISLVLKISQVNK
NDLRFRTKSRIHRN
NT seq
3285 nt
NT seq
+upstream
nt +downstream
nt
atgcgtgatgtaagatttgctatgagcagccaatgcgttagaccaaggctgaggatagtt
ggcgttgtgattttagcggcatggattgggcttacggctttgtttggtttgcttaaacct
ataaagaatggttgtattatgacttacatgtatcccacttacattcctatctctgtgacg
gacgatgcaactcctggaagatatggactctatctttaccacgaaggttggagaaagatt
gactttaaggagcaccttaacaaacttagtggagttccagttcttttcattccaggcaat
gctggtagctacaagcaggtcaggtctgtggcagcagaatctgatagagcatatcagggt
ggtccatttgagcgcacattttatcaggaagcttctctcttccgtgggggcggtgcagat
acagagtctgtagactatgatttgcctagtcaatacagcaacagactagattggtttgct
gtggatcttgaaggtgaacattctgcaatggatggtcgcattcttgaggagcacactgaa
tatgtcgtatatgccattcataggattctagatcaatataaggaatctcatgataccaga
gaaagagaaggtgctgctgtgtctagtaacttaccagataatgtgatacttgttggccat
tctatgggtggttttgttgccagagctgctgcagtccatcctcgtttgcggaaatcagct
gtgcaaaccatcctaacactctcaagtccacaccaatcacctcctctgggattgcagcca
tccttggggcattactttgctcaagtgaatcacgaatggaaaaaagggtatgaagttcaa
acatctcctgggggaagttatgtgtctgacccgttactatccggagttgttgttgtatcc
attgccggtggctacaatgactatcaggttcgatcaaagttagagtcacttgatggcatt
gtcccttcaagtcatggctttatgataagtagtacaagcatgaaaaacgtgtggctgtca
atggagcatcaagctattttgtggtgtaatcaattggttgttcaagtttcacatacgctt
cttagtttggtggactcgaaaactagtcagccattttctgatactgaaaagagactttgg
gttttaacccgaatgcttcaaagtgcattagctcaaagtttcaatggaatgacacccatg
aaagtctctcatgagttagccatggtggcctcaaagggctctgaatcacaactctctacg
tgtcccctggattggaaggatgatgctctcgatagggatctatatatacaaacgagtact
gttacgattttggcaatggacgggagaaggcgctggttggacatagagttattggggtca
aatggaaagaaccactttatctttgttacaaatctggcgccttgttctggagtaagactc
catctatggcctgagaaggagaaatcaaattcaaatttaccggtttgtgaaagggtcgta
gaagttacatcaaagatggttctcatccctgcaggccctgcaccaaaacagtcagaacca
gggagtcagaccgaacaagctcccccatctgcagtgctgaagctggggcctgaagaaatg
cgcggattcagattcttgactatctcagttgcgcctcgcgaagccatttctggtaaacct
cctgtagcagtttccatggcagtagggcagttctttaatcctgaagaaggggccgtggag
gtctcatctcaatcaatgctcttatccacttactgggcaaaggaaatatttttgaaggag
gaccatcctctagcttacaacttatcgtttgctaccagcttaggtctattgcccacaacg
ctgtccctgaaaactgctggctgtggcattaacacttttggtttaccagatggcgagaca
ggagacttggacaaggataagctctgcaaattgcgttgtttcccacctgttgctcttgcc
tgggattctgcttctggacttcacgtttttgcaaatatctacagtgagacaatagttatt
gattcatcaccagctctttggagttctcagagttctgagaaaactaccgttatgctactg
gttgaccctcattgctcatacactgcaagtgttcatgtctctgctccagccatgtccagc
agatttgtacttctgtatggtcctcagatagttggcttctcatttgccgtcacagtgttc
gctcttatgcggcaagctaatcaatgggacaacaaactatcagtgccaccattgctttct
gctgtagagtacaatttagaaatgccatctccatttctgctactagctgctttacctctt
ataatttcattgttctactccttcctaatggctcaaccattccctcccctcacaagcttc
acagtggtctcgttgatctgttttttgatggccaatgccttcatcagtctgttaattatc
gtctccagatttgcgtttcaagcgtcggcccttgtccacaccactgttaaatcaaggtgc
caagctttggaacgaaactattctcttgctttccttcattggttttctataatttcttcc
agtttcgtctgtttaaagcaggcagtccgaattctgaagctcaacacaacgattgttatg
acactagtcgcagttaccttggtgtcctttcttcatccagctttgggtctttttgtactc
ctcgcctctcatgttctttgctgccataactccatgtgctgtatcgtgatggcatcgagg
agaaaggaatcagtgaaccaaaaaaatgaagacgagcgtaaaacacgacatccctcaagc
agagaggatcccgtatcaggagatttgtctgaaaagtcattcattgagacacaagcagac
atcttcaaccacaggcacggcctactaatattgcatctcctagcagctttgatgttcgta
ccctctcttgccgcttggttccagaggatcggaacaggacaaagcttcccttggtttgct
gactctgctctttgcgttggtgtaattttccatggaatactgaactcgagacccgagtct
agcagccttcgctctttcccatttctctcaggacaccaactcggtccccatcacatctat
cttctcgccggctactactgcttcttctctgggctagagttggctccatacaaagtgttt
tatgcgatagctgctttaggctatatctctttggttcttaagatctcgcaggtgaacaag
aacgaccttcgtttccgtaccaaaagcagaatacacagaaactga
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