Opisthorchis viverrini (Southeast Asian liver fluke): T265_00111
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Entry
T265_00111 CDS
T04902
Name
(RefSeq) hypothetical protein
KO
K01228
mannosyl-oligosaccharide glucosidase [EC:
3.2.1.106
]
Organism
ovi
Opisthorchis viverrini (Southeast Asian liver fluke)
Pathway
ovi00510
N-Glycan biosynthesis
ovi01100
Metabolic pathways
ovi04141
Protein processing in endoplasmic reticulum
Module
ovi_M00073
N-glycan precursor trimming
Brite
KEGG Orthology (KO) [BR:
ovi00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
T265_00111
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04141 Protein processing in endoplasmic reticulum
T265_00111
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
ovi04147
]
T265_00111
Enzymes [BR:
ovi01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.106 mannosyl-oligosaccharide glucosidase
T265_00111
Exosome [BR:
ovi04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
T265_00111
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_63
Glyco_hydro_63N
MGH1-like_GH
Motif
Other DBs
NCBI-GeneID:
20314299
NCBI-ProteinID:
XP_009162032
UniProt:
A0A075A7C1
LinkDB
All DBs
Position
Unknown
AA seq
886 aa
AA seq
DB search
MPKGKVIEVRPKKRKSGHRPEEPSTPTESRQQKRDHDHTSHSSVDRIRLTKSKGRSHGEK
HFLGDLPFSGKLQKRMFLGTIVACLMAAIVSIAFQQYTKWHRAYLVKTPLDSPKIVSDDS
SSQELFWGSYRPGLYFGMKHRSPRPLMVGLIWTIQDYRSPRFRHLCDPNDGVLSYNWLEH
DGRRFGTQQIVDLDHIITVSFVKQNTGATGGDWTIRISAAARNQTHSTPPPLSIIVYLYY
TEKKKNYYFVPLADGDAVRTIKGTTVELGEHQIHFHSTKRARQTSFYMTHIPSEDAVMQS
LYSGLGVRKDTNMLTLIHRPEKLNEDVFPNAFFHEVSVDPPVMTDPFEAADPEHTVLEIE
FTQSGRSGGFLVGRSFTEQLASLSADFHKRFAQRFPVDLTKFTERQANLSKVAVSNLLGG
IGYFYGHSLIQSPHTGPEPVEGWSAPLFTATPSRSMFPRGFLWDEGFHGLVLARWDPELA
METVGHWLDLMNGDGWIAREQILGPEARSRVPAQFVVQHDSVANPPTLVLVIEALIESIP
RFTADEAARFRHWSTLVLPRLHKWYQWFNRTQAGPVPLSYRWRGRDPKAIHQLNPLTLSS
GFDDFPRASHPTDSERHLDLRCWMTVFARTVSRLASLVGQYLQTESGASRLQRLEEARTL
ATHYGRWADLLSNMANLDELHWSEVVGRYADYGLHTDAVRLEVPETPAQLHQTPPLEPRK
PVRVIDKPPALQLVTSSYGYLNLFPLLLRIIPPTSPRLPRLMADLSNRDLWTDFGIRSLA
ASTAFYRKPNTPQDPPYWRGAIWINMNYLAVRALRYYATNPKTPADIAAEASRLSGQLAQ
NLARTVLGELERTGFLWEQFDDSTGRGQRGHPFAGWTTLISLILTE
NT seq
2661 nt
NT seq
+upstream
nt +downstream
nt
atgccaaaaggaaaagtcattgaagttcgtccgaagaagcgaaaatctggtcatcgaccg
gaggaaccatctacaccaactgaatcccgtcagcaaaagcgtgaccatgaccatacatcc
cactccagcgttgacaggatacggttgaccaaatccaagggacgttcccatggagagaaa
cacttccttggggatcttccatttagtgggaagttacaaaaacgaatgtttctgggtacg
atcgtggcttgcctgatggcagccatcgtcagtatagcgtttcagcaatacacaaaatgg
caccgtgcctacctggttaagactcccttggattcacccaaaatagtttccgatgattca
agctcacaagagctgttttggggcagctaccgaccaggtttgtattttggcatgaagcat
cgtagcccgagaccgctaatggttgggcttatctggaccatccaggactacaggagtcca
cgcttccggcatttgtgcgatccaaatgacggtgttttaagttataactggctggaacac
gacggtcgtcgctttggcacacaacaaatagttgacctcgaccatatcattactgtttca
ttcgtcaaacaaaacactggcgccactggtggagactggactattcgcatatccgcggct
gccaggaatcagacgcattctacgccaccaccactatctatcattgtctatttgtattac
acggagaagaagaaaaactactatttcgtccctctggcggatggtgatgctgtccgaaca
atcaagggcaccacagttgaactgggggagcatcaaatccacttccactccacaaagcgc
gctcgccaaaccagcttttacatgacccacattccaagtgaagatgctgtaatgcaatca
ttatattctggcttgggagtcaggaaggacacaaatatgctaactctgatacatcgtccg
gaaaagttgaacgaggacgtgttcccaaacgcgtttttccacgaagtgtccgtcgatccg
ccagtgatgactgatccgttcgaggctgctgatccggaacatactgtactcgagatagag
tttactcaatccggtcgctctggtggtttcctcgtcggacgaagtttcactgagcagctt
gcatcactctcagcagatttccacaaacgatttgctcaacgtttccctgtcgatttaacc
aagtttacagagagacaggccaacctctctaaggtcgcggttagcaatctccttggtggt
atcggctacttttatggccattctttgattcaatcacctcacaccggcccagaaccagtt
gaaggctggtccgcaccgttatttaccgctacaccttcgcgttcgatgttcccacgtgga
tttctatgggacgaaggtttccatggccttgttctggcacgctgggatccggaattagcc
atggaaactgtcggccattggttagatctgatgaatggcgatgggtggattgcacgtgag
cagatcctgggacccgaagcacgatctcgcgtgcctgcacagtttgtcgtccagcatgat
tcggtcgctaatccaccgacgttggttttggtcatcgaggcactcattgaaagcattccg
aggtttacggctgacgaagccgcacgtttccgacattggtctaccctggttttgccccga
ctgcacaaatggtatcagtggttcaatcgcactcaggccgggcccgttccgttgagctac
cgatggcgtgggcgtgatccaaaagcaattcatcaattaaatcctctgactctcagctcg
ggattcgacgacttcccccgtgcctcacatccaacagactcagagcgccacctggacctt
cgctgttggatgactgtgtttgcgcgcacagtatcccggcttgcttctctggtgggacag
tacttgcaaaccgagtcaggtgctagtaggctacaacggcttgaagaagcccgaactttg
gctacacactacgggcggtgggccgatctgctatccaacatggccaatttggatgagtta
cattggtccgaagttgttggacggtatgcagactatggcttgcatactgatgctgttcgt
ctagaagttcctgaaacacctgcacaactacatcaaactccccctctggagccgcggaag
ccagtccgtgttatcgacaaacctccagcgctacagttggtcacctcttcgtacggttac
ctgaatttgttccctttattactgcgaatcattccacctacgtcccctcggttgcctcgt
ctcatggccgatttgtccaaccgtgatctatggactgatttcggaatccgatcgttggct
gcgtctaccgcgttctatcgcaaaccaaatacaccacaggacccaccttattggcgtggt
gcgatctggataaatatgaactatttggctgtgcgtgccctccgatactatgcgaccaat
ccaaaaaccccagccgacattgcggcggaagccagtcggttgtctggtcagctagcacag
aaccttgctcggactgttctaggtgaacttgagcgaactggcttcctatgggagcaattt
gatgatagtactggccgaggtcaacgcggtcatccgtttgccggctggacaactttgata
agtttgatccttactgaatag
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