Salvelinus fontinalis (brook trout): 129833629
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Entry
129833629 CDS
T11136
Name
(RefSeq) lysosomal alpha-glucosidase-like isoform X1
KO
K12316
lysosomal alpha-glucosidase [EC:
3.2.1.20
]
Organism
sfon Salvelinus fontinalis (brook trout)
Pathway
sfon00052
Galactose metabolism
sfon00500
Starch and sucrose metabolism
sfon01100
Metabolic pathways
sfon04142
Lysosome
Brite
KEGG Orthology (KO) [BR:
sfon00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
129833629
00500 Starch and sucrose metabolism
129833629
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome
129833629
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
sfon04147
]
129833629
Enzymes [BR:
sfon01000
]
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
129833629
Exosome [BR:
sfon04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
129833629
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Ortholog
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Other DBs
NCBI-GeneID:
129833629
NCBI-ProteinID:
XP_055754299
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Position
34:26741749..26752888
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AA seq
1009 aa
AA seq
DB search
MLSKLLSPVQQQLFTCVDRRHSTSTLKCGLVSRQFFPPPPRCPNSTQDMGLSSCLSALSL
SVLLTLALITCLHLSYLSDQKLSLIKLTSKQQPDETPIHLSIRPGLEEDPATKQAGEREI
VNLQRGSSHPAPSHRLLWEGPHPASSSGPREAECRRVALESRFDCARDRVLSQTECQGRG
CCYAPLPQGLSGGPPWCFYPPSYSGYRMGPLTPTSRGQAATLMRPTPSYLPRDISTLRLE
ILDGTEGRLHLTLKDPSSRRYEVPLSTAQSRGNTDTQDHQYVTEFQPDPFGFIVRRKSNG
RVLVNTTVAPLLYADQYLQLSTSLASSLVSGLGEHYTPLSLDLNWTSLTLWNRDMAPHGD
ANLYGSHPFYMVQEGGGQAHGVFLLNSNAMEVVLQPSPALTWVAVGGILDLYFFLGPDPQ
SVVRQYLQVIGYPMMPPYWSLGFHLCRWGYRSTNATREVVRRMYNANFPLDVQWNDLDYA
DKRRVFTFDPQRFVDLPDMVKEFHQKGMKYILILDPGISSTSPPGTYPPFDEGQRRGVFI
RNSTGQTLIGEVWPGPTAFPDFTNPETQSWWEDCIQEFHSRVPLDGLWIDMNEPASFVQG
SVEGCPDSDLDSPPYVPRVVGGQLNTGTLCMSAQQNLSTHYNLHNLYGLTEASATHSALV
KVRGSRPFVLSRSSFPGIGRFSGVWTGDVRSDWEQLRYSIPAVLLFGLFGVPLVGADVCG
FGGDTTEELCVRWTQLGAFYPFMRNHNDKPNAPQEPYVFGQEAQAAMRSAVMLRYSLLPF
LYTLFYHAHTSADTVATPLFLQFPSDPNCQTIDRQFLWGSSLLVSPVLEQGAVELAAYLP
PGTWYSLHNGQPFYSKGQYLLLPAPLDTINVHVREGHIIPQQEPGLTTSASRSNPFLLMV
ALSAGGWAWGDLFWDDGDSLDTFQRGDYSYVIFIAGQSQVVSDPLRQNGALDGLVLGGVR
VFGVPSPPRYVWANGKKVWDFSYRTDTKVLTVTSLALPMSEVFEVLWTL
NT seq
3030 nt
NT seq
+upstream
nt +downstream
nt
atgctgtcgaaattgctcagtccagttcaacaacaacttttcacgtgcgtggacaggcga
cattcaacttctacactgaaatgcgggctcgtcagcagacagtttttcccaccacctccc
agatgtcccaactcgacacaggacatgggtttgtctagttgtctgtctgccctgtctctc
tcagtcctgctcaccctggccttgataacatgtttacaccttagctacctgtctgaccaa
aagttgtcactgataaagttaactagcaaacaacaaccagatgagacaccaatacacctg
tcaataagacctggtttagaggaagatccagcaacaaaacaggccggtgagagggagata
gtgaacctccagaggggtagctcccatccagcccccagccacagattgctgtgggaaggc
ccccatccagccagctccagtggtcccagagaggcagaatgtaggagggtagccctggag
agccgctttgactgcgcccgggaccgagttctgagccagacagagtgtcaggggagaggg
tgctgctatgcccccctaccacaaggcctctctggaggacccccttggtgcttttacccc
ccgtcatacagcggctacaggatggggcccctcacccccacttccaggggccaggctgcc
acccttatgaggcccactccctcctacctgccccgggatatctctacgctccggttggag
atcctggatgggacagaaggccgactgcacctcactttgaaggatccgtcgtcccggcga
tatgaagttcctctctccactgcccagtccaggggtaacactgacacccaggaccaccaa
tatgtcactgagtttcaacccgacccttttgggttcatagtgcgccgaaaatccaacggc
cgtgtccttgtgaacaccacggtggccccactgctgtatgctgaccagtacctgcagctg
tccacctccctcgcctcctcactggtgtctgggctgggggaacactacacccccctcagc
ctggacctcaattggacctcccttaccctttggaacagggacatggcgccccacggcgat
gccaacctttatggctcccatccgttctacatggtgcaggaggggggtggacaggctcac
ggggtcttcctgctcaacagtaatgccatggaggtggtgttgcagcctagccctgctctg
acctgggtggctgtgggaggaatcctggacctgtacttcttcctgggccctgaccctcag
agtgttgtcagacagtacctccaggttatagggtaccctatgatgcctccttattggtcg
ctggggttccacctgtgtcgctggggttaccggtccaccaacgcaacccgagaggtggtg
cgacgcatgtacaacgccaacttccccctggacgtgcagtggaatgacctggattacgca
gacaagcgtcgggtgttcacctttgacccccagcgctttgtggacctgccagacatggtg
aaggagttccatcagaagggcatgaagtacattctcatcctggaccctgggatcagcagc
accagcccccctggtacttacccaccctttgatgagggtcagcggagaggggtcttcatc
aggaactctacaggacagacactcataggggaggtgtggcctggtccgacagcgttccct
gacttcaccaacccagagacacagagctggtgggaggactgcatccaggagttccactcc
agagtcccgctagatggcctgtggattgatatgaatgaaccagccagttttgtgcagggc
tctgtggaagggtgtcctgacagtgatttggatagccccccctacgttccacgggtggtt
ggaggacagctgaacactggtacactctgcatgtcagctcagcagaacctgtccactcac
tacaacctgcataacctctatgggctgacggaggctagcgccacccacagtgccctggtg
aaggtccgggggtcgcgacccttcgtgctgtcccgctcctccttccctggcatcggccgt
ttctccggagtctggacgggagacgtgaggagcgactgggagcagctcagatactccatt
cctgcggtgctgctgtttggcctgtttggggtgcccctggtgggggcggatgtgtgtggg
ttcgggggggacaccacagaggagctgtgtgtacgctggacccagcttggagccttctac
cccttcatgaggaaccacaacgacaagcccaacgctccccaggagccctatgtgtttggt
caggaggcacaggcagccatgcgtagcgcggtgatgttacgttactctctcctgccgttc
ctctacacactcttctaccacgcacacacctccgcagacaccgtggccacgcctctcttc
ctccagttcccctcggaccctaactgccagaccatagacagacagttcctgtgggggagt
tctctgctcgtcagcccagtgttagagcagggggcagtggagctggctgcctacctcccc
ccggggacttggtacagtctgcacaatggccagccgttctacagtaagggacagtacctg
ctcctcccagcccctctggacaccatcaatgtccatgtgagagagggacacatcatccca
cagcaggagccaggcctgactacctcagcttctcgcagtaaccctttcctcctgatggtg
gcgctgtctgctgggggctgggcctggggtgacctgttctgggacgacggggacagtctg
gacaccttccagagaggagactactcctatgttatcttcatcgctggacagtcccaggtg
gtgagtgaccccctgcgtcagaacggggcgctggacgggctggtgctgggaggggtgcgg
gtgtttggggtgccctccccaccccgctatgtatgggctaacggaaagaaagtgtgggat
ttctcttatcggactgacaccaaggttctgacggtgaccagcctggccctgcccatgtca
gaggtgtttgaagtcctgtggaccttgtga
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