Salvelinus fontinalis (brook trout): 129835283
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Entry
129835283 CDS
T11136
Name
(RefSeq) lysosomal alpha-glucosidase-like
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
129835283
00500 Starch and sucrose metabolism
129835283
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome
129835283
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
sfon04147
]
129835283
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
129835283
Exosome [BR:
sfon04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
129835283
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Ortholog
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GFIT
Other DBs
NCBI-GeneID:
129835283
NCBI-ProteinID:
XP_055756825
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Position
3:complement(731..13740)
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AA seq
968 aa
AA seq
DB search
MVSYKRLSPEDVQFSNAAASEEAPVQETVEVKDPEETERPLLPRRPSCSTTTALISLGSL
LLLVCGLWLLVTIFWLQAPSNSVPHRAPPPRGSPGTGGGDGGRALTEPQACGVVPEAWRF
DCYPERGVVVTRELCEARNCCFIPASSSSAPGRNGVPWCFYPPGFPSYSLVSVNATELGQ
TGTLVKTVKTYYPKDILTLQLELLYETDHRLRVRITDPSESRFEVPIAVPKATEKASSPA
YSVELSNEPFGIIVKRTSTGAVLLNTTVAPLFYCDQFLQLSSSLSSQYIYGLGEHRSSFL
HDIHWNTLTMWARDVPPTELTNLYGVHPFYLAMEEGGTGTAHGFFLLNSNAMDVALQPGP
AITWRTIGGILDFYVFLGPDPASVIGQYLEVVGYPTMPVYWALGYHLCRWGYGSSNATWD
VVKNMRNYGIPQDVQWNDIDYMDRSLDFTFDPAVFSTLPDMVKDLHSHGQRYVMMLDPGI
SSVQPEGEYWPYDEGLRRGVFINHTDGSTLIGKVWPGLTAFPDFSDDVTHEWWYDNLKRF
HDKVPFDGLWIDMNEPSSFVDGSTVGCPDTELENPPYTPGILGGLLRAKTLCASAVQKTS
SHYNMHSLYGLLEAKASAWALKRMLGKRAFVISRSTFPSQGQYSGHWLGDNRSHWKDMYT
SIAGMLTFNLLGVPLVGADVCGFSEQTEEELCVRWTQLGAFYPFTRNHNAIDQKPQDPPA
FSPRARSAMKQSLLLRYSLFPLLYTLFHRAHTHGHTVARPLLFEFPKDVRTYGIDRQFLW
GKSLMVTPVLDPGVDYVVGYFPQGLWYDYYTGDSIRSKGEELRLKAPLEHINLHLREGAV
VPTQRPNTTLFVSTGQPLHLVSSLSEDGSAGGELFWDDGESIDTLETDQYAHIVFTVVKN
TMTSEVLHDHVEASYITVETASFYGVKAEPTRVTVNSQDAAFSYRANQVLTVTDLGLNLS
HNFTISWI
NT seq
2907 nt
NT seq
+upstream
nt +downstream
nt
atggtgtcttataagagactgagtccagaggatgtccaattctccaacgctgctgcttca
gaggaggctcctgtacaggagacggtggaggtgaaggacccagaggagacagagcgcccc
ctgctgcctcggaggccctcctgttctaccaccacggccctcatctccctgggctccctg
ctgctcctggtctgtggcctctggcttctggtgaccatcttctggctccaagccccctcc
aacagcgtcccccacagggccccgccgcccaggggctccccagggacgggtgggggagac
gggggtagagccttaacagagccccaggcttgtggagtggtcccagaggcctggaggttt
gactgctacccagagagaggggtggtggtgaccagggagttgtgtgaggcgagaaactgt
tgcttcatccctgcctcctcctcctccgccccggggaggaatggtgttccctggtgtttc
taccctcctgggttcccctcctactccctggtgtctgttaacgccacagagttgggtcag
acaggaactctggtgaagacggtgaagacctactaccctaaagacattctgaccctacag
ctggagctcctctatgagacagaccacaggctccgagtcaggatcaccgacccgtctgag
tcgcggttcgaggtgccaatcgccgtgcccaaggccacagagaaggcctctagtcccgcc
tactctgtggagctgtccaatgagccgtttggcatcatcgttaagagaacttccacagga
gctgtgctcctcaacaccacggtagcgcctctgttttactgtgaccagttcctccagctg
tccagcagtctgtccagtcagtacatctatgggctgggagaacaccgctcctcgttccta
cacgacatccactggaacactctcaccatgtgggctagagatgtacctcccacggaactg
actaacctgtacggggttcatcccttctacctggccatggaggagggagggacggggacg
gcacatggattcttcctgctcaacagcaacgctatggacgtggccctccagccgggccct
gccatcacctggcgtaccattggtgggatcctggacttctacgtctttctgggtcccgat
ccggcctctgtgattggacagtatttggaggtcgtaggttaccccaccatgccagtctac
tgggcgctggggtaccatctctgtcgctggggttacggaagtagcaatgccacctgggac
gtcgtcaagaacatgcggaattatggaatacctcaggatgtgcagtggaatgatatagac
tacatggaccgttctctagacttcacctttgaccccgcggtcttctcgaccctgcctgac
atggtgaaagacctgcacagccacggacagcgctatgtcatgatgctggacccaggtatc
agcagtgtccagccagaaggagagtactggccgtatgacgaaggtctgaggagaggagtc
ttcatcaaccacacagatggaagcacactcatcgggaaggtgtggccaggtctgacagcg
tttcctgatttctctgatgatgtgacccatgagtggtggtacgacaatctcaagaggttc
cacgacaaagttcccttcgacggactctggatcgacatgaacgagccatctagcttcgtg
gacgggtcgaccgttggttgtcctgacaccgagctggagaaccctccgtacacacctggt
atattaggagggttgttgagggctaagactctgtgtgcctctgctgtccagaagacctcg
tctcactacaacatgcacagcctgtatggacttctagaagctaaggcctcggcatgggcc
ctgaagcgtatgttggggaagagagcgttcgtgatctctcgctccaccttccccagtcaa
ggccaatattctggacactggctaggagacaacaggagtcactggaaagacatgtacacc
tcgatagcaggtatgttaacctttaacctcctgggtgtccccctggtgggggctgatgtc
tgtggcttcagtgaacagactgaggaggagctgtgtgttcgctggactcagctaggagcc
ttctaccctttcacacgcaaccacaacgctatcgaccagaagccccaggaccctccagcg
ttcagccctcgagcccgttcagccatgaaacagtctctcctgctacgctactctctcttc
cctctgctctacacactgttccaccgcgcgcacacacacggacacaccgtcgctcgccct
ctgctgttcgagttccccaaggacgtgagaacgtatgggatagacagacagttcctgtgg
gggaagagtttgatggtgacacccgtattagatccaggtgtggactatgttgtgggctac
ttccctcaaggtctctggtacgactactatacaggtgattctatccgtagtaaaggagaa
gagttgaggctcaaggctcctctagagcacatcaaccttcacctgagagaaggagctgtc
gtacctacacagcgtcccaacacaaccctgtttgtgagcactggtcagccgctccacctc
gtgtccagtctgtctgaagacggctcggccggaggagagctattctgggacgacggagag
agcatcgacaccttggagaccgaccagtacgctcacatagtgttcactgtggtgaagaac
acgatgacatcggaggtgctgcacgaccacgtggaggcttcctacatcaccgtggaaacg
gcctccttctacggcgtgaaggcggagcctaccagggtcacggtcaactcccaggatgct
gcattcagctacagagccaatcaggtgttgactgtaacagacctaggactgaatctcagc
cacaacttcaccatcagttggatctaa
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