Mercurialis annua (annual mercury): 126667660
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Entry
126667660 CDS
T10153
Name
(RefSeq) uncharacterized protein LOC126667660
KO
K17108
non-lysosomal glucosylceramidase [EC:
3.2.1.45
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00511
Other glycan degradation
mean00600
Sphingolipid metabolism
mean01100
Metabolic pathways
mean04382
Cornified envelope formation
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09103 Lipid metabolism
00600 Sphingolipid metabolism
126667660
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
126667660
09150 Organismal Systems
09158 Development and regeneration
04382 Cornified envelope formation
126667660
Enzymes [BR:
mean01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.45 glucosylceramidase
126667660
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
DUF608
Glyco_hydr_116N
Motif
Other DBs
NCBI-GeneID:
126667660
NCBI-ProteinID:
XP_050216647
LinkDB
All DBs
Position
LG2:2311978..2321280
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AA seq
965 aa
AA seq
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MVTSNLFHCRKNSWPPEEYISKHSLQLLDFDSAAPPKHAWRRRLNSHANILKEFSVTFTE
AIKMVRLGIRLWSYVREEASHGRKAPIDPFTRLSCKPSASQGVPLGGMGSGSISRGFRGE
FRQWQIVPSICEASPVMANQFSVFISRDGGTKKYASVLAPGQHEGLGKADDEGISSWGWN
LNGQHSTYHALFPRAWTIYDGEPDPELKISCRQISPFIPHNYRDSSLPTAVFVYTLVNTG
KERVNVSLLFTWVNSIGGVSHLSGDHVNEPFIGEDGVSGVLLHHKTAKGHPPVTFAIAAC
DTQNVSVTVLPSFGLSGESSTTAKDMWGKMVQDGQFDRENFDSGPTMPSLPGETLCAAVS
ASAWVEPHGKCTVAFALAWSSPKIKFSKGSSYHRRYTKFYGTSERASQNLVHDALKNYKW
WEEEIEKWQIPILTDDRLPEWYKFTLFNELYFLVAGGTVWIDSSLLAEDSIKSYNRSKEK
ETVNLNSTAVQVSHAFEATAAFEENGVSNGNYSSEDELSVSLEKGNFNRSSKPSPLLDWQ
NNNDDVGRFLYLEGVEYIMWCTYDVHFYASFALLELFPKIELNIQRDFAKALLSEDGRKV
KFLAEGNVGIRKVRGAIPHDLGTHDPWNEMNAYNIHDTSKWKDLNPKFVLQVYRDFAATQ
DMSFGVDVWPAVRSAMEYMEQFDRDGDALIENDGFPDQTYDAWTVHGVSAYCGCLWLAAL
EAAAAMALQLGDNYFAELCKSKFVKAKSAFEAKLWNGSYFNYDSGSSNNSKSIQADQLAG
QWYVASSGLPPLFDESKIKSTLQKIYDFNVMKVRGGRMGAVNGMHPNGKVDETCMQSREI
WTGVTYGVAATMILSGMEDKAFTTAEGIFLAGWSEEGYGYWFQTPEGWTTDGHFRSLIYM
RPLAIWGMQWALSLPKAILDAPKINIMDRLLLSPSTRFALHETGVRKIATKTKCFGDSVF
NCSCS
NT seq
2898 nt
NT seq
+upstream
nt +downstream
nt
atggttactagtaatttgtttcactgtagaaagaattcgtggcctcctgaagagtacatc
agcaagcacagtttgcaattattggattttgatagtgctgctccacctaaacatgcatgg
agaagaagattaaacagccatgccaatattcttaaagaattcagtgttacatttacagaa
gcaataaaaatggttcggttgggcatacgattatggtcatatgtcagggaggaggcgtct
catggaaggaaagccccaatagatcccttcacaaggttaagttgcaagccatcagcttca
caaggtgttccgcttggaggaatgggaagcggaagcatatctagaggcttcagaggcgag
tttaggcagtggcaaattgtacctagcatatgcgaagcttcacctgtgatggccaatcag
ttctctgtttttatttctcgagatggaggaactaaaaagtatgcatcagttttggctcct
ggccaacatgaaggattagggaaagctgacgatgagggtatatcatcatggggctggaac
ttaaacggtcagcattctacatatcatgctttattcccaagggcatggacgatatatgat
ggtgaaccagaccctgaactgaaaatttcttgcagacagatctcaccgttcataccccat
aattatagagatagcagtcttcctactgctgtttttgtctatacgttggtaaacactggg
aaggagagagtgaacgtcagcctcctctttacttgggtgaattcaattgggggagtctca
cacttgtcaggagatcatgtgaatgaaccattcataggcgaagatggagtctctggggta
ctactacatcacaagactgcaaagggtcaccctccagttacttttgcaattgctgcatgt
gacactcagaatgtaagcgtgactgttttgccatcttttggactctcgggggaaagtagt
accacagctaaagatatgtggggaaaaatggtgcaggatggacaatttgatcgtgaaaat
tttgattctggaccaacaatgccttcattacctggagagacgctctgtgctgcagtctct
gcttctgcgtgggtggaacctcatgggaagtgtactgttgcatttgctcttgcatggtca
tcgccaaagatcaaattttctaagggaagctcataccataggcggtacacaaaattttat
ggaacttctgaaagagcgtctcagaatttggtccatgatgccctaaagaattacaagtgg
tgggaggaagaaattgagaagtggcaaattcctatcctgacggatgataggctaccagaa
tggtacaagttcacattgtttaatgagctctactttcttgttgctggtggaactgtctgg
attgactcttctttactggctgaagattcaataaagagttataatcggtcaaaagaaaag
gaaactgtgaatttgaactcaactgcagtccaagtgagccatgcatttgaagctacggct
gcatttgaggaaaatggagtgtcaaatggaaattattcaagcgaagatgaattatctgtg
tctctggagaaaggaaatttcaaccgttcttcaaaaccctcgcctttgctagactggcaa
aataacaacgacgatgttggtcggtttctttacttggaaggagttgaatatattatgtgg
tgcacctatgatgttcacttctatgcttcatttgctcttttggaattgtttcctaaaatc
gaactcaatattcaaagagattttgctaaagctttgctatccgaggatggaagaaaagtg
aagttcctagcagagggtaatgtcggaatccgtaaggtcagaggagctatcccacatgat
cttgggacacatgatccatggaatgaaatgaatgcatacaatatacatgatacaagcaag
tggaaggatctgaatccaaaatttgtgctccaggtgtatagagacttcgctgcaacacaa
gacatgtcttttggagttgatgtctggcctgctgttcgctctgctatggagtatatggaa
caatttgatcgggacggggatgctttaattgaaaatgatggattcccagatcagacttat
gatgcctggacagttcatggtgtaagtgcttactgtggttgcctatggcttgcagcgctt
gaagctgctgctgcaatggcccttcaattaggcgataattattttgctgaattatgcaaa
agcaaatttgtcaaggcaaaatcagcatttgaagcgaagctttggaatggttcatatttc
aattatgacagtggatcaagtaataacagtaaatctatacaagcagatcagttggctggg
caatggtatgttgcatcttcaggcctgcctccactttttgatgagtccaaaatcaagagc
acattgcaaaaaatatacgacttcaacgtaatgaaagttcgaggaggtaggatgggtgct
gtaaatggtatgcatcccaatggaaaggtggatgaaacttgtatgcagtcacgagaaata
tggaccggtgtgacctatggtgtggcagctacaatgattctttcgggaatggaggacaag
gcattcacaactgctgaaggcatattcctcgcaggctggtcagaagagggctatggatac
tggttccagacgcctgaaggatggacgactgatgggcatttccgctcccttatttatatg
aggccgcttgcaatttggggcatgcaatgggcgttatcgctacctaaagctattcttgat
gctccaaaaatcaatatcatggacagacttctcttgtctcctagcacaagatttgctctt
catgaaaccggagtcagaaagattgccaccaaaaccaagtgctttggagattctgtgttc
aactgttcatgctcatga
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