Alnus glutinosa (common alder): 133872528
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Entry
133872528 CDS
T10577
Name
(RefSeq) uncharacterized protein LOC133872528
KO
K17108
non-lysosomal glucosylceramidase [EC:
3.2.1.45
]
Organism
aglu Alnus glutinosa (common alder)
Pathway
aglu00511
Other glycan degradation
aglu00600
Sphingolipid metabolism
aglu01100
Metabolic pathways
aglu04382
Cornified envelope formation
Brite
KEGG Orthology (KO) [BR:
aglu00001
]
09100 Metabolism
09103 Lipid metabolism
00600 Sphingolipid metabolism
133872528
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
133872528
09150 Organismal Systems
09158 Development and regeneration
04382 Cornified envelope formation
133872528
Enzymes [BR:
aglu01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.45 glucosylceramidase
133872528
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Gene cluster
GFIT
Motif
Pfam:
DUF608
Glyco_hydr_116N
MGH1-like_GH
Motif
Other DBs
NCBI-GeneID:
133872528
NCBI-ProteinID:
XP_062166042
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Position
1:complement(11348467..11360822)
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AA seq
974 aa
AA seq
DB search
MVSGNLFHCRKNSWPPEEYISRNTLQLFDFDSAGPPEQAWRRKLSSHANLLKEFSVTFVE
AIKMVRLGIRLWSYVREEASQGRKAPIDPFTRESCKPSASQGVPLGGMGSGSISRGFRGE
FRQWQIIPGICEASPVMANQFSIFISRDGGNKKISTVLAPGQHEGLGKAGDQGISSWGWN
LNGQHSTYHALFPRAWTIYDGEPDPELKISCRQISPFIPHNYRDSSLPTAVFVYTLVNTG
RERAKVSLLFTWANSIGGFSHLSGDHVNEPFLGEDGVSGVLLHHKTAKGNPPVTFAIAAC
ETQNVNVTVLPCFGLSEGSCVTAKDMWGRMVEDGQFDRENFSSGRSIPSSPGETVCAAVS
ASTWVEPHGKCTVAFALAWSSPKVKFSKGSLYNRRYTKFYGTSESASLDLVHDALTNYKR
WEDEIENWQGPILKDERLPEWYKFTLFNELYFLVAGGTVWIDSPSSTSDMRNDQNQLVEV
ENTDVNVTEAKVDDGRQDSVFKHTTTSAGLKEKDEAVFTNFSCKDEPMVPLKKGHSNRSL
HPLTLPDPENENDDVGRFLYLEGVEYIMWCTYDVHFYASFALLELFPKIELNIQRDFAKA
VLSEDGRKVKFLAEGNSGIRKVRGAVPHDLGTHDPWNEMNAYNIHDTSKWKDLNPKFVLQ
VYRDFAATRDMSFGVDVWPAVRAAMEYMEQFDSDNDGLIENDGFPDQTYDTWTVHGVSAY
CGCLWVAALQAAAAMALELGDQSFAERCKSKFLKAKPSFEAKLWNGSYFNYDSGSSSNSK
SIQADQLAGQWYTASAGLPSLFDDSKIRSSLQKIYDFNVMKVKGGRMGAVNGMHPSGKVD
ETCMQSREIWSGVTYAVAATMILAGMEEQAFTTAEGIFTAGWSEEGYGYWFQTPEGWTID
GHFRSLIYMRPLSIWGMQYALSLPKAILEAPKINIMDRIHISPGSARSSHNETGVRKIAK
KAKCLGNSVFNCTC
NT seq
2925 nt
NT seq
+upstream
nt +downstream
nt
atggtcagcgggaatttgttccactgtagaaagaattcatggccgcccgaggagtatatc
agcaggaacactctgcagttgtttgattttgatagtgctggccctccagaacaagcctgg
agaaggaaattaagcagccatgctaatcttctcaaagagtttagtgtcacgtttgtggaa
gcaataaagatggttcgacttggtatacggttgtggtcatatgttagggaagaggcttct
caaggaaggaaagcacctattgatccgttcactcgagaaagttgcaagccatcagcatct
caaggggttccacttggaggaatgggaagcggcagcatatctagaggttttagaggtgaa
tttcggcaatggcaaattattcctggtatatgtgaagcttcacctgtcatggccaatcag
ttctctatttttatatcaagagatggtggaaacaaaaaaatttcaacagttttggctcca
ggccaacatgaagggctggggaaagctggtgatcagggtatatcatcatggggatggaat
ctgaatggtcagcattctacataccatgctctgtttcctagggcatggaccatatatgat
ggtgaaccggacccagaactgaaaatatcttgtcgacaaatatcaccattcattccacat
aattacagagatagcagtcttcctactgcagtttttgtttacacgttggttaacactggt
cgggaaagagctaaagtcagccttctctttacatgggcgaattcaattggtggattctcg
catttgtcaggagatcatgtgaatgaaccatttttaggcgaagatggagtctctggtgta
cttcttcatcacaagactgcaaaagggaatcctcctgttactttcgcaatagctgcatgt
gaaactcagaatgtaaatgtgactgttcttccatgttttgggctgtctgaaggaagctgt
gttacagcaaaggatatgtggggtagaatggtcgaggatgggcagtttgaccgagagaac
ttcagttccggacgaagcatcccctcatcacctggagagacagtttgtgctgctgtttca
gcctccacatgggtggaacctcatgggaagtgcaccgttgcatttgcccttgcatggtca
tctccaaaagtaaaattttcgaagggcagcttatataataggaggtacacaaaattttat
ggcacatctgaaagtgcctccctggacttggtgcatgatgcactaactaattataagcgg
tgggaagatgaaatagagaattggcaagggcctatcctgaaagatgaaaggctaccagaa
tggtacaagttcacattatttaatgagctgtacttcttggttgctggcggaacagtttgg
attgattctccatcgtcgacttcagacatgagaaatgatcagaatcaattagtagaagtg
gaaaatacagatgtcaatgtaactgaagccaaggtggatgatggcagacaagactcagtt
ttcaagcataccacaaccagtgctggattaaaagaaaaagatgaagcagtgtttacaaat
ttttcttgcaaagatgaacccatggtacctctgaagaaggggcactccaaccgctctttg
catcccctcacattgccggacccagaaaatgaaaatgatgatgttggaaggtttctttac
ttggaaggagtggaatacatcatgtggtgcacatatgatgtgcacttctatgcttcattt
gcacttcttgagctgtttcctaagattgaactcaatattcagcgtgattttgcgaaggct
gtcttatctgaggatggaagaaaagtaaagtttctggcagagggaaattcgggaattcgg
aaggttagaggagctgttcctcatgatctgggaacacatgacccatggaatgaaatgaat
gcatataatattcatgatacaagcaaatggaaagatctgaatccaaagttcgtacttcaa
gtgtatagagactttgctgcgacaagagatatgtcatttggagttgatgtttggcctgct
gttcgtgctgccatggaatacatggaacaatttgatagtgacaatgatggtctcattgag
aatgatgggttcccagatcaaacatatgatacttggacggttcatggtgtgagtgcttac
tgtggatgcttgtgggttgccgcactccaagctgcagctgcaatggcccttgaacttggg
gaccagagtttcgctgaaaggtgcaaaagcaaatttttgaaggccaaaccgtcatttgag
gcaaaattatggaatggctcttattttaactatgacagtgggtcaagtagcaatagtaaa
tccatacaagcagatcaactggctgggcaatggtatacagcatccgcaggcttgccttca
ctttttgatgattccaaaatcagaagttctctccagaaaatctatgatttcaatgtaatg
aaagttaaaggaggcagaatgggtgctgtaaatgggatgcatcccagtggtaaggtggat
gagacttgcatgcagtcacgtgaaatatggagtggtgtcacctatgctgtggcagctaca
atgatcctagctggaatggaggagcaggcgtttacaactgcggaaggaatttttactgcg
ggctggtcggaagaaggatatggatactggtttcagactccagagggatggacgattgat
gggcacttccgatctcttatttatatgaggccactctcaatttggggtatgcagtatgca
ctatcactgccaaaggcgattcttgaggccccaaagatcaatataatggacagaatccat
atttctcctggtagtgcgagatcatctcacaatgaaacaggcgttagaaagattgcaaag
aaagcaaagtgccttgggaattctgtgtttaactgtacttgctga
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