Amphiura filiformis: 140145784
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Entry
140145784 CDS
T10871
Name
(RefSeq) neutral alpha-glucosidase AB-like isoform X1
KO
K05546
mannosyl-oligosaccharide alpha-1,3-glucosidase [EC:
3.2.1.207
]
Organism
afil Amphiura filiformis
Pathway
afil00510
N-Glycan biosynthesis
afil01100
Metabolic pathways
afil04141
Protein processing in endoplasmic reticulum
Module
afil_M00073
N-glycan precursor trimming
Brite
Enzymes [BR:
afil01000
]
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
140145784
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Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_31_2nd
Gal_mutarotas_2
Glyco_hydro_31_3rd
DUF5110
Motif
Other DBs
NCBI-GeneID:
140145784
NCBI-ProteinID:
XP_072023563
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Position
2:3826153..3871714
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AA seq
985 aa
AA seq
DB search
MAAFTKSTCTTVSRMKSVVLFLVVLHVIVFLSTVEAVDKGNFKTCDQSSFCKRNRALEEG
SSPFVAMLETFQVSGGVMKVDVMNTKTSVLLQLELHGLLGNMVRMKINEINPAQPRYEVP
DVLIAEPTKQSWTVTKQDTNNMEATLTKDISIALSSQPFRVDVIMKGNVVTSVNSRGLMN
FEHVRAKNWVPSVASWPKQLTCWAMSAVGLYDASKLESRDSMCADVYPYRPNIKAQKLED
KDENGEQQDGEPVDEVKEDDDEDLPGMWEETFKSHHDSKPNGPTSIGMDFSFPGYQYVYG
IPEHADTMALKTTVNTDPYRLYNLDVFEYELDNPMALYGSVPYMIAHNTAQTIGLFWLNA
AETWIDISSNTADKSMFGRVLEFVKGDSEVPQVDTHWFSESGIIDVFFLLGPSSDEVFSQ
YASLTGNPSLPPLFGIAYHQCRWNYNDEQDVKNVDMNFDEHDIPYDVIWLDIEHTDGKRY
MTWDKNKFPNSIEMLDHIAAKGRKMVTIVDPHTKRDSGYKLYQQGKDNDYFVKNKDSNEY
EGWCWPGSSSYLDFTRSEVREWWGNMLSPSEYEGTTMDLFTWNDMNEPSVFNGPEVTMHK
DAIHGGGWEHRDVHNIFGLYVHKATADGQIKRSDGKERPFVLSRAFFAGSQRYGAIWTGD
NMAEWSHLKASIPMLLSISLAGIPFIGADVGGFFRNPDSELLTRWYQAGAYQPFFRAHAH
LDSKRREPWLLPANNMAAIRKVIRERYALLPYWYTLFYRAHKTGIPVMRPMWVEFPSDEK
TFDMEDQYMIGDALLVKPVTTAGTTHQTTYLPGEDVWYDLATYNKLKGPSSHTATAALDQ
IPVYQRGGTIIPRKERVRRSSSLTLDDPYTLTVALDNQGLARGNLFIDDGHSFDYQAGNM
LYRNFNFLNNVLQSRTIDYNVKFTTRSWLERVVIVGLKTKPNAVELSGTLIDYQKLDFTY
TPQSQSLVIRKPGVNMGEDWKITLS
NT seq
2958 nt
NT seq
+upstream
nt +downstream
nt
atggcagctttcacgaagtcaacgtgtactacagtgtccagaatgaagtctgtggtgcta
tttctggtcgtgcttcacgtcatagtatttctgtccaccgtggaagcagttgacaagggt
aacttcaaaacctgtgaccaaagcagcttctgcaaacgcaaccgcgctttagaagaagga
tcatcaccctttgtagcgatgctggaaacatttcaagtctcaggtggtgttatgaaagta
gatgtaatgaataccaaaacctctgtgctgcttcagttggagttacatgggttgctaggt
aacatggtcaggatgaagattaatgagatcaacccagcccagcctagatatgaagtgcct
gatgtactcatagctgagccaactaaacaaagttggacagtaaccaaacaagacaccaac
aacatggaagctactctgaccaaagatatctccattgcattgtcatcccaaccattccga
gtcgacgtcattatgaaaggcaacgtcgtgaccagcgtcaactctcgtggattgatgaac
tttgagcatgtcagagcgaagaactgggtgccttctgtagctagttggcctaaacaatta
acatgttgggcaatgtccgcggtaggactatacgatgcgtccaaactcgagtctcgagat
tcaatgtgtgctgatgtctatccatatcggccaaatataaaggctcaaaagttagaagat
aaggatgagaatggtgaacagcaggatggggagccagtggatgaagtgaaggaagatgat
gatgaggatcttccaggaatgtgggaagagaccttcaagtctcaccatgattctaaacca
aatggtcctacatcaattggcatggacttttccttccctggttatcagtatgtttatggc
ataccagagcatgcagacacaatggctttgaaaaccacggtaaacacagacccatacaga
ctatacaacctggatgtctttgagtatgagctagataaccctatggcattatacggctca
gtaccttacatgattgcacacaatacggctcaaactattggtttattttggctgaatgct
gcagaaacctggattgatatcagctctaacacagcagacaagtccatgtttggtcgtgta
ctagagtttgtcaagggcgactctgaggtacctcaagtggacacccattggttctcagag
agtggaattattgatgtgttctttctacttggcccatcttctgatgaagtatttagccag
tatgcatcattgactggcaacccatctttgccaccgctctttggaatcgcatatcatcag
tgcagatggaattataatgatgaacaagatgtcaaaaatgtggatatgaactttgatgag
catgatattccctatgatgtgatttggctggatattgaacacactgatggtaaacggtac
atgacatgggataaaaacaagtttcctaactcaatagaaatgctggaccatattgcagct
aaaggaagaaagatggtgaccattgtggatccacacaccaagcgtgatagcggttataag
ctttaccaacagggcaaagataatgattactttgtgaagaataaagatagcaatgaatat
gaaggctggtgttggcctggctcatctagctatctggactttacccgttctgaggtacgt
gaatggtggggcaacatgctgtcacccagcgaatacgaaggaaccactatggacctgttc
acctggaatgatatgaatgagccatctgtattcaatggacctgaggttactatgcataaa
gatgctatacatggaggaggatgggaacacagggatgtgcataatatctttggattatat
gtgcataaagccactgctgatgggcagatcaaaagatcagatggcaaagagagaccattt
gtgttgtcaagagcattctttgctggatcacaacgatatggtgctatttggactggtgac
aatatggcagaatggagccatctaaaagccagcatcccgatgttgttatcaattagttta
gctggaataccatttatcggtgctgatgtaggtggtttcttccgtaatccagattctgaa
cttttgaccagatggtatcaggctggagcataccaaccattcttccgtgcacacgcccac
ctggacagtaaacgcagggaaccatggttactacctgcaaacaacatggcggccatccgt
aaagtgatccgagaacgttatgcattattgccctattggtatacactattctacagggct
cataaaactggaataccagtcatgcggccaatgtgggtagagtttccatccgatgagaaa
acttttgatatggaggatcaatatatgattggtgatgcattattagttaaacctgtgaca
actgcagggaccacacaccagaccacatacctaccaggagaagatgtttggtatgattta
gccacatataacaaattgaaagggccatcatctcatacagccactgcagcactagatcaa
attccagtgtatcaaagaggtggaacaataataccacgcaaagagcgtgtacgtcgtagc
tcatcattaacactagatgatccgtacacgctaacagtggctctagataatcagggctta
gctcgtggtaatctatttatagatgacggccacagctttgactatcaagcaggcaatatg
ctatatcgtaatttcaacttcctaaataatgtactacaatcaagaacaattgattacaat
gttaaatttacaactagatcgtggctagaaagagtggtaattgtaggcctcaaaaccaaa
ccaaatgcagtggaattatctggtacattgattgactaccagaaattagacttcacctac
acacctcaatcacagtcacttgttatacgtaagcctggtgtcaacatgggtgaagactgg
aagataacgctaagttga
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