Amyelois transitella (navel orangeworm): 106129100
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Entry
106129100 CDS
T09957
Name
(RefSeq) lysosomal alpha-glucosidase-like
KO
K12316
lysosomal alpha-glucosidase [EC:
3.2.1.20
]
Organism
atra
Amyelois transitella (navel orangeworm)
Pathway
atra00052
Galactose metabolism
atra00500
Starch and sucrose metabolism
atra01100
Metabolic pathways
atra04142
Lysosome
Brite
KEGG Orthology (KO) [BR:
atra00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
106129100
00500 Starch and sucrose metabolism
106129100
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome
106129100
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
atra04147
]
106129100
Enzymes [BR:
atra01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.20 alpha-glucosidase
106129100
Exosome [BR:
atra04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
106129100
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_31_3rd
Glyco_hydro_31_2nd
Trefoil
Motif
Other DBs
NCBI-GeneID:
106129100
NCBI-ProteinID:
XP_060804482
LinkDB
All DBs
Position
16:complement(join(9840030..9840416,9841122..9841889,9844760..9845110,9847723..9847930,9848597..9849530,9850160..9850232))
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AA seq
906 aa
AA seq
DB search
MLSHANIDKQELVEEEPYSYDQAKKVKWYYYILLNRPIKVILAVILLGILVPILLYQFVY
VSSGDWPPLDGYSTGTCLLNRFARIPCGNGSMEQSNCHSQCCYDLNTNFCFHRFPSRFSY
ILNHQWSENTILVPRIPTVPFKNLPSIPGIKIAVDEISSTHLSFTFYDQTIMDLTGSKLE
NKSYDYTLSAQELSVTVNSDQGIIFSTARGPLIASDGIWEIAFRLTNETMYGLGEIPLLE
GTSKVIYNYDGGLSSVPLIFAKSNGSYHGLLVDVKEPSEMIVGGENQMLLRSLTSRGLKF
HLFVGPEPSDVMKDVRKLLGSNSQLEYWMLGAHVCNEIESSPSEAFQHLTNFTAAATQAQ
VPYDSHCGTSPIVLENKCGAQTYIDEGGRLVKNANKRFTPHLSPYIRYTEENTSNSETTT
ETTESRIEETTLPGEEDEECADLAVDFEEYMIRNHAGKIYKGMVEKHSVIYPTYRNVSHE
FIKNWWQYNETLDGIFLENTWPLDEAVKNHSYAYSALPYYNQHFETAFDKTLLWNTSLPD
GTMYFHEHNAFSNHFVDAVKLASDGIPTWTASQWQNGDVMIHRQNVETSWSNLNKELIQA
ALGGISGHWLWSSPICGDTFNYNSTTQRELCLKWYLASTFMPMIKIHSKGVERHPLSFEG
IERTVAINSLRNRLTLMPYFFTVLQEGPLLRPMFYQFPKSERLAILTSQYSVGEDLLMVP
NLLPNQGHVHVRVPPGTWFELWGGSQLVGEEGEAVTMTDTTRDILTFIRAGSIIVMQKNP
SVTAELTRQQAFISLTIALDHQILNETDHENITTSIDSYQASGKLYITENLTISFEANEE
RLLATSLGDDFDPLCGLTAVSNRFVTELKIFGLPSERNNYDNYRLISSVIILCNLQTQPE
ITFVYT
NT seq
2721 nt
NT seq
+upstream
nt +downstream
nt
atgttatcacacgcgaacatcgacaaacaggaactagtggaagaggagccttactcgtat
gaccaagctaaaaaagtaaaatggtattactacatattgctgaaccggccgataaaggtg
atcctggcggtcattttgttaggaatcttagttcctatacttctgtaccagttcgtgtac
gtcagcagcggagactggcctcccctggatgggtattccactggcacttgtcttctgaac
agattcgcaagaattccatgcggaaacgggtccatggaacaaagcaactgccattcccaa
tgctgttatgaccttaacacgaatttctgcttccatagattcccgtcaaggttctcttac
atcctcaatcatcagtggagtgagaacaccatacttgtacccagaatccctaccgttcca
ttcaagaacttacctagtatacctggaattaaaattgctgtagacgaaatatcttccacc
catctctctttcactttttacgatcagactataatggatttgacaggttctaaattagaa
aacaaaagttacgattatacactgtcagctcaagaattgagtgtcaccgtgaacagcgat
caagggataatatttagcacagcgagagggccattaatagcatccgacggaatttgggag
atcgcttttagattgacaaacgaaacgatgtacggtcttggggaaataccattacttgaa
gggacatctaaagttatatataattatgacggtggattgagttctgtaccattgatcttt
gcgaaatctaacggctcctaccacggtttgctggtcgatgtaaaagagccatcggaaatg
atcgttggaggggaaaatcagatgctcttaaggagtttaacaagccgaggcctgaaattt
cacttgtttgtgggccctgaaccttccgatgtaatgaaggatgtgaggaaattattaggg
tcgaattcgcagttggaatattggatgcttggagcgcatgtttgcaatgaaatagaatca
tcaccatccgaagccttccaacacctaacgaacttcacagccgcagccactcaggcgcaa
gttccatacgacagccactgcgggacttcccccattgttttggagaacaaatgcggtgca
cagacatacatagacgaaggcggtagattagtgaagaacgccaataaaagatttacaccg
catttgtcaccttacatacgttatactgaagaaaatacatccaattcagagaccactaca
gaaacgactgaatcacggattgaagaaaccacattacctggtgaagaagatgaagaatgt
gcagatctagccgtagatttcgaagaatacatgatccgaaatcatgccgggaaaatctat
aaaggaatggttgagaaacatagcgttatttacccgacttacagaaatgttagtcatgag
tttataaagaattggtggcagtataatgagaccctggatggaatatttttggaaaacact
tggcctttggatgaagctgtcaaaaatcatagttatgcttattcggctctgccatattac
aatcagcacttcgaaacagcattcgacaaaacgctactctggaacacttctctgcccgac
ggtaccatgtacttccacgaacacaacgcattctccaatcacttcgtagacgccgtgaag
ttagcttcagacggcatccccacttggaccgccagccaatggcagaacggcgacgtcatg
atccatagacaaaacgtcgagacctcttggtcgaatttgaataaagaactgattcaagcc
gcgttgggaggaatatcaggccattggctttggtcatcgccaatttgcggagacactttc
aactataatagtacaacgcaaagggagctctgcttaaaatggtatttagcctcaactttc
atgcctatgatcaaaattcactcgaaaggcgtggaaagacacccgttatctttcgagggg
atcgagaggacagtagctataaattctttgagaaacagactgactttgatgccgtatttc
ttcacggtactccaagaaggtccgttattaaggccaatgttttaccaattccccaaatcg
gagcgactagcgattcttacaagtcagtacagtgtgggtgaagatttactgatggttcca
aatttgctgccgaatcaaggtcacgtgcacgtaagagttccaccagggacctggttcgaa
ctctggggcgggtcacagctggtcggagaagaaggtgaagcggtcaccatgaccgacacg
acacgggatattttgactttcatcagagctggttcgataattgtaatgcaaaaaaatcca
agtgtgacagcggaattgactcggcaacaagccttcatatcactgacgattgcactcgac
caccaaatcctcaatgaaacagatcacgaaaacatcactacatcaatagactcatatcag
gcatcaggaaaattgtatataacagaaaacctgactatatccttcgaagctaacgaagaa
agactactagcgacatctcttggcgatgatttcgatccattgtgtggtttgacagcggtg
tccaaccgtttcgtaacggaactaaagattttcggactaccctccgaaaggaataattac
gataattacagactgatttcgtctgtaattattttgtgtaatttacaaacgcagccggag
attacgtttgtttatacttaa
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