Anneissia japonica (feather star): 117123095
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Entry
117123095 CDS
T08613
Name
(RefSeq) neutral alpha-glucosidase AB-like isoform X1
KO
K05546
mannosyl-oligosaccharide alpha-1,3-glucosidase [EC:
3.2.1.207
]
Organism
ajc
Anneissia japonica (feather star)
Pathway
ajc00510
N-Glycan biosynthesis
ajc01100
Metabolic pathways
ajc04141
Protein processing in endoplasmic reticulum
Module
ajc_M00073
N-glycan precursor trimming
Brite
KEGG Orthology (KO) [BR:
ajc00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
117123095
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04141 Protein processing in endoplasmic reticulum
117123095
Enzymes [BR:
ajc01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.207 mannosyl-oligosaccharide alpha-1,3-glucosidase
117123095
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Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_31_2nd
Gal_mutarotas_2
Glyco_hydro_31_3rd
DUF5110
RPA43_OB
Motif
Other DBs
NCBI-GeneID:
117123095
NCBI-ProteinID:
XP_033124811
LinkDB
All DBs
Position
Unknown
AA seq
986 aa
AA seq
DB search
MMDACVRQKSTCFKMLQRVVLYVIAFVLVVQAVDKSNFKTCDQSAFCKRTRKIPPGQSPY
VALLDSLQSSGGVVKLNVLNTKSGVVLSLEVHGLKSNMVRLKINELHPIKQRYEVPDTLI
RDPPTQSWIIKKQDQSAVTIAMANDVEVVISKQPFRIDVIQLNDLIVSVNTRGLLSFEEL
RKRQGGVTGMVSGLMDSIACSFVSVFGSKYNSDPGRGSWAEYCQAIRPKIPPKSEKEEKD
ENADEQAEGEEKQEEEAKEEEKDEEPGMWEETFKTHKDTKPNGPSAVGLDFSFIDFEHVY
GIPEHADTFALKTTLNTDPYRLFNLDVFEYELNNPMALYGSIPYMLAHNSERTIGIFWLN
AAETWVDISSNTADRSLFGKMFDLVKGGGDIPQVDSHWFSESGIIDVFILLGPSPDDVFS
QYASLTGTTPIPPLFAISYHQCRWNYNDEDDVKSVDANFDEYDIPVDVIWLDIEHTDGKR
YMTWDKVKFPNPVQMQDQLASKGRKMVTIIDPHFKKDDNYHVYKQGKDLGHFIKNHDGGD
YDGWCWPGSSAWIDFTNPASREFYSNLFVDQYEGSTHNLFTWNDMNEPSVFNGPEVTIHK
DAIHHNGWENRDVHNIYGTYMQMATAEGQIKRSGGKERPFVLSRAFFAGSQRYGAIWTGD
NMADWDHLQASIPMLLSISVAGLPFVGADVGGFFKNPEPELLTRWYQAAAYQPFFRAHAH
LDTKRREPWLQPANNMAVIRSAIRQRYALLPFWYTQFYISSLNGALVMRPLWAQFPTDTN
TFKTEDEYMIGKSLLVHPVTSKGATAVNVYFPGKDSIWYDVQTYKSYTGTKSISISVTLE
KIPVYQLGGSIVPKKERVRRCSALGVDDPYTLVVALDAQYSAKGELYIDDGHSFDYKQNQ
FLYRSFTYQDNKLTSKKIDNNGNYATESTVERIIVIGIFEAPTTIHAISPNTPMKNVEFN
FDQFTNSVVIRKPDLRLQDDWVIVLK
NT seq
2961 nt
NT seq
+upstream
nt +downstream
nt
atgatggatgcgtgcgtacgacagaagtcgacgtgtttcaagatgttacagcgtgtggta
ttgtatgtgattgcttttgttctcgtcgtacaagctgttgataaaagtaacttcaagaca
tgtgatcaaagtgcattttgcaagcgtactagaaaaattccaccgggacaatctccatat
gttgctctgctagactccttgcagtcatctggtggcgttgttaagttaaatgttttgaat
accaaaagtggagtagtcctaagccttgaagtacatggattgaagtctaacatggtaagg
ctaaagatcaacgaactccatccaatcaaacagcgctatgaagttcctgatactttaatt
agggatcctccaacacaaagttggattatcaaaaagcaagatcagtcagccgtaacaatt
gccatggcaaatgatgtggaagtcgtgatctcaaaacagccattccgtattgacgtcatt
cagcttaatgacttgatcgtcagcgtcaacactcgtgggttgttgagctttgaggaactc
cgaaaaagacaagggggtgtgactggcatggtctcaggcctgatggattctatagcttgc
agtttcgtctcagtttttggctccaagtacaattcggatccgggaaggggttcctgggca
gaatattgccaagctattaggcctaaaattcctccaaagtctgaaaaagaagaaaaagat
gaaaatgcagatgaacaggcagaaggagaggagaagcaagaggaggaagcaaaagaagag
gaaaaagacgaagaaccagggatgtgggaggagacattcaaaactcataaggacaccaag
ccaaatggaccatcagccgttggtttagatttctctttcattgacttcgaacatgtctac
ggcatcccagaacatgctgacacctttgctctcaagacaacactgaatactgatccatat
agattatttaatctggatgtgtttgagtatgaacttaacaatcctatggccctctatggc
tcaattccatacatgttagcccacaattcagagcgtactattggcatattctggcttaat
gctgctgaaacatgggtagacatcagctccaacactgcagacaggtctctttttggcaaa
atgtttgatttggtgaaaggtggcggtgacatcccccaggtggacagccattggttctcc
gagagtggcatcattgatgtgttcattcttttgggaccatcaccagatgatgtgtttagc
cagtacgcgtctctcacaggaaccacacctatcccaccgctgtttgctattagctaccac
caatgtcgatggaactacaatgatgaagatgacgtgaaaagtgtcgatgccaacttcgat
gagtatgatatcccagtagatgtaatctggctcgatattgaacacacggatggcaagaga
tacatgacatgggataaagtgaagtttccaaacccagttcaaatgcaggatcagttagca
agcaaaggaagaaagatggttacaattattgacccacactttaagaaggatgataactac
catgtatataaacaaggaaaggaccttggacacttcatcaaaaaccacgacggaggcgat
tatgatggctggtgttggccaggttcctctgcttggattgacttcaccaacccagcttct
cgtgagttttattccaacctttttgttgaccaatacgaaggctccacccataatttgttc
acatggaatgacatgaatgaaccatcagtattcaatggaccagaagttaccatacacaag
gatgccatccatcataatggatgggagaacagggatgtgcataacatctatggaacgtac
atgcaaatggcaacagccgaaggtcagattaaacgatccggaggaaaggagcggccattt
gttttatcaagagcattctttgccggttctcaacgttatggtgcgatttggacaggtgac
aacatggctgattgggatcacttgcaggccagcatcccaatgctactctcaatcagtgtt
gctggccttccgtttgtaggagctgatgttggtggtttctttaaaaatcctgaacctgaa
ctattaaccagatggtatcaggccgcagcgtatcaacccttcttcagggcacacgctcat
ttggacaccaaacgccgagaaccatggctacaaccagctaacaacatggctgtaatcaga
agcgctattcgtcaacgttatgctctactaccgttttggtacacgcagttctatatatca
tcactgaatggagcacttgtaatgagaccgctgtgggcacaattccctacagacaccaac
acatttaagactgaggatgagtacatgataggcaagtctctattagttcacccagtcacc
tctaaaggagcaacagctgttaatgtatattttccaggcaaagattctatctggtacgat
gttcagacttacaaatcatatactggaactaagtctatctcaatatcagttacactggaa
aagattccagtttatcagcttggtggcagtatagttcctaagaaagaacgtgtaagacgt
tgttcagcgctcggcgtcgacgatccatataccctggtggttgcacttgacgcccagtat
tccgccaagggggagctgtacattgatgatggccattcatttgactacaagcagaatcaa
ttcttgtatcgtagcttcacatatcaggataataaattgacctctaagaaaatagacaac
aatggtaactatgcaacagaatctacagtggagagaataatcgtgattggtatttttgaa
gcacctacaacaattcatgccattagcccaaatactccaatgaaaaatgttgaatttaac
tttgaccaattcacaaattctgtagttatacgcaagcctgacctgcggctacaagatgac
tgggtcatagtgctaaagtaa
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