Macrobrachium rosenbergii (giant freshwater prawn): 136849186
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Entry
136849186 CDS
T10429
Name
(RefSeq) LOW QUALITY PROTEIN: lysosomal alpha-glucosidase-like
KO
K12316
lysosomal alpha-glucosidase [EC:
3.2.1.20
]
Organism
mrj Macrobrachium rosenbergii (giant freshwater prawn)
Pathway
mrj00052
Galactose metabolism
mrj00500
Starch and sucrose metabolism
mrj01100
Metabolic pathways
mrj04142
Lysosome
Brite
KEGG Orthology (KO) [BR:
mrj00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
136849186
00500 Starch and sucrose metabolism
136849186
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome
136849186
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
mrj04147
]
136849186
Enzymes [BR:
mrj01000
]
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
136849186
Exosome [BR:
mrj04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
136849186
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_31_2nd
Glyco_hydro_31_3rd
Gal_mutarotas_2
Trefoil
Motif
Other DBs
NCBI-GeneID:
136849186
NCBI-ProteinID:
XP_066978409
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All DBs
Position
20:complement(29303074..29336953)
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AA seq
1044 aa
AA seq
DB search
MGKIQLKLLTTSPKSVEAQLLPEHNDTPPPTRKKNQWAVNFVGLMMGVGLIMCILFVYVY
GRALFMFRGCSTAFPTKEEGSESFMNVEQTPEHPQHRWESSPYLSHQPNPERMRSYINWV
KYGSERKDCGVDCLFWEADDSPPSDEQQVLKGREPLPDPVRVQDDKQCSDIPLSLRFDCL
PGGTVDQNVCESRGCCWLADQEVPERKKPFPSPHLHHPSHGKPLEDIPLNIPYCFYPRDY
EGYRFVNFSSDTYGNIGYLKRDTSSGYLIDIPLLKMEVFYETPTRIRVRIQDPSSPRWES
PLPVVPNAKLGAVEPLYGITVEEDDGAFVIFRKASSLPLFDTRSAAPLVYADQFLQLSTR
LPSEYLYGLGEHLEGLLLDTFWKRRVLWNLDQIPEPGKNTYGSHPFYLSLEPDGNAHGVF
LLNSNAMDVVLQPTPAATFRIIGGILDLYVFLGPTPNDVISQYTEVIGRPFLPPYWSLGY
HQCKYGYKSLNETKAVWQRTRDAGIPFDVQWNDIDYMEENKDFTYDLIHFRELPEFVQQL
HEVGMHYVPIVDPGISASEPLHTYPPWDEGLALHVFVRNGSNMPFVGKVWNTVATTWPDF
TQPLSTYYWGRQLLRYHSWVEFDGAWIDMNEPSNFWSGSYDGCGDNNLEHPPFLPHVHGG
ILYYHTICMTARHYFGRHYSIHNLYGFTEAIATNKALQIIRGKRPFIISRSSFAGLGHYS
GHWTGDIWSDWFNLWQSISGILNFNMFGIPMVGADICGFNGNVTASLCLRWMQLGAFYPF
SRNHNTDTAYDQDPVALGQDVVEASRKALEIRYLLLPYLYSLFFNAHLTGEPVARPLFFQ
FHKDERTYGIDTQFMWGSGLMIAPALKENVTEVKAYIPEGRWYDWYSKTIIEGKGSYEML
AAPSDVIPLLIRGGTIMPVQVPAVTTTRSRKNDMGIIAALDESGHAAGEWFWDDGESLDT
AENMNYTHVVFSAEPGNVSVNVTLAAYQEPANLGYFEILGVDGNVTAVYVDNKKVTFSYE
EITKVLSAVGLKKSLLVGFSISWE
NT seq
3135 nt
NT seq
+upstream
nt +downstream
nt
atggggaagattcagctgaagttactaacaactagtccaaaaagtgttgaagcacaactc
ttacctgaacataatgacactcccccacctactcggaagaaaaatcagtgggctgtcaat
tttgtgggtcttatgatgggtgtaggcttgatcatgtgcatcctctttgtttatgtgtat
ggaagagcactgtttatgtttagaggctgcagcactgcatttcctactaaagaagaaggc
tcagaaagttttatgaatgtagaacaaactccagaacatcctcaacacaggtgggagtct
tcaccatatctctctcatcaaccaaatccagaaagaatgagaagttacatcaactgggtt
aaatatggaagtgagaggaaagattgtggtgtagactgcctattttgggaagctgatgat
tcccccccaagtgatgagcagcaagttcttaaaggcagggaaccactcccagatcctgtt
agagtccaggatgacaagcaatgcagcgacatacctctgagccttcggtttgattgccta
cctggaggaactgtggatcaaaatgtttgtgaaagtcgaggatgttgctggcttgctgat
caagaggtcccagagcgaaaaaaaccattcccatctccccatttgcaccatccatctcat
ggtaagccactggaagacatacctttaaacattccttactgtttctatccccgagactac
gaaggctaccgctttgtcaacttttcttctgatacctatggcaacattggttatttgaag
agagacacctccagtggttacctcatcgacatacctcttctcaagatggaggtcttttat
gagaccccaactcggatcagagttaggatccaagatccaagttcaccaagatgggaatca
ccacttccagtagttcctaatgctaaacttggtgctgtagaacctctgtatggcatcact
gttgaggaagatgacggtgcctttgtcatcttccgtaaagcatcttctcttcctctgttt
gatacacggagtgcagcccctcttgtgtatgctgatcagttcctgcagctttcaacacgc
ttgccatctgaatatttgtatggccttggtgaacatcttgaaggactgctcttggacact
ttctggaaacggcgtgttctctggaacctggatcagattccagaacctgggaaaaatact
tatggaagtcaccccttctatctgtcactggaacctgatggtaatgctcatggcgttttt
cttctcaacagcaacgctatggacgttgttctccagccaactccagctgcaacattcagg
atcataggaggcattcttgacctctatgtcttcttaggccccactcctaatgatgttatc
agccagtacacagaggttattggacgcccgtttcttccgccatattggtccctaggatat
caccagtgcaagtacggttacaagtccttgaatgaaaccaaagcagtttggcagcgcaca
cgtgatgctggaataccatttgatgtgcagtggaatgatatcgattacatggaggagaac
aaggacttcacctatgatctgattcatttcagggaacttccagaatttgtccaacagctt
catgaggttggaatgcattatgtgcccattgtggatccaggtatcagtgcttcagaacct
cttcatacttatcctccttgggatgaaggccttgcattacatgtctttgtaaggaatggc
tccaatatgccttttgtcggaaaggtttggaatacagttgctacaacttggccagatttc
actcagccactcagcacatactactggggtcgtcagctgctgcgctatcacagctgggtt
gaatttgatggagcgtggattgacatgaatgaaccatcgaacttttggtctggtagctat
gatggctgtggtgataacaatttagagcatcctccttttcttcctcacgttcatggagga
atcctctattaccacactatctgtatgacagcaaggcattattttggcaggcactatagt
atccacaatctttatggttttacagaggcaatagcaaccaataaggctctacaaatcata
cggggaaagcggcctttcattatatctcgctcctcatttgctggacttggccactacagt
ggacactggactggcgacatttggtcggactggtttaacttgtggcagtccatctcaggt
attctcaacttcaacatgtttggaattccaatggttggtgcggacatttgtggtttcaat
ggcaatgtaacagccagcctctgtttgcgctggatgcagctgggagcattttaccctttc
tcaagaaatcacaatacagacactgcttatgaccaggatcctgtagccttgggccaagat
gttgtggaagcatcacgcaaagcactggaaatacgatacctccttctgccatatctgtat
tccctcttcttcaacgctcatcttacgggggagcctgtagctaggcctctgtttttccaa
ttccacaaagatgaaagaacatatggaatcgacactcagttcatgtgggggtcaggacta
atgattgctccagcattaaaagagaatgtcacggaagtcaaagcatacattccagaggga
cgctggtatgactggtattccaaaaccattatagaaggaaaaggaagttatgagatgctg
gcagccccaagtgatgtgatcccattgctgatacgaggaggtacaatcatgccagttcag
gtacctgcggttaccacgaccaggagtcgaaagaatgacatgggcatcatagcagcactt
gacgaaagtggacatgcagcaggagagtggttctgggatgacggtgaaagcttagataca
gcagaaaacatgaactacacacatgtagttttttcagctgaacctgggaatgtgtctgtg
aatgtgactttggcagcataccaagaaccagcaaatctaggttatttcgagatcttggga
gtagatggaaatgttactgctgtctatgtagacaataaaaaagttaccttttcatatgaa
gaaattacaaaggtgctgtctgctgtgggattgaagaagagtcttcttgttgggttttcc
atttcctgggagtaa
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