KEGG   Oryza brachyantha (malo sina): 102706789
Entry
102706789         CDS       T02995                                 
Name
(RefSeq) non-lysosomal glucosylceramidase
  KO
K17108  non-lysosomal glucosylceramidase [EC:3.2.1.45]
Organism
obr  Oryza brachyantha (malo sina)
Pathway
obr00511  Other glycan degradation
obr00600  Sphingolipid metabolism
obr01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:obr00001]
 09100 Metabolism
  09103 Lipid metabolism
   00600 Sphingolipid metabolism
    102706789
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    102706789
Enzymes [BR:obr01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.45  glucosylceramidase
     102706789
SSDB
Motif
Pfam: DUF608 Glyco_hydr_116N EF-hand_5 EF-hand_1
Other DBs
NCBI-GeneID: 102706789
NCBI-ProteinID: XP_006662847
UniProt: J3N742
Position
11:4912766..4924147
AA seq 951 aa
MVENGVAEQPDGVSRNRPRAQLDDDPVGPGYLPELTWEHKLSNTGYDLPSFRLTWRETFQ
LAGLGFRLGRHILEETSKGRASVIDPMKKRIAKSGQGVPLGGIGSGSIGRSYKGDFQRWQ
LFPGTCEEKPVLANQFSAFISHKDGRNYSSVLHPGKPDFPKGSNISGIGSWDWNMSGQNS
TYHALYPRSWTIYKGEPDPDVNIVCRQISPIIPHNYQHSSYPVAVFTFTVTNSGNTTADA
TLLFTWANSVGGKSEFTGYHSNSPMIEKDGVHGILLHHRTANGQPPVTFALAAQEKEDVH
ISICPYFVISGSSDEFTAKDMWNHVKENGSFDHLDLNKTSMYSRPGSSIGAAIAASVKLP
AQATQNVSFSLSWACPEVKFSSGKTYHRRYTKFYGTDSDAAASLAHDAILEHNSWERQIE
EWQNPVLQDERLPAWYPVTLFNELYYLNAGGTIWTDGLPPIQSLTAIGEKKFSLDMQNGE
ADDVNGIIPRNNTAGDILNQMASILERIHASMASNSAIGTTLLQGEENIGQFLYLEGIEY
YMWNTYDVHFYASFSLIMLFPKLQLSIQRDFAAAVMMHDPEKLRMLHDGKWAARKVLGAV
PHDLGLYDPWFKVNAYTLYNTDRWKDLNPKFVLQVYRDVVATGDKSFARAVWPSVYMAMA
YMEQFDRDKDGMIENEDFPDQTYDVWSMAGISAYCGGLWVAALQAASALAHEVGDKASER
LFWDKYEKAKSVYGKLWNGSYFNYDDGENIMSTSIQADQLAGQWYAKACGLFPIVDKDKA
QSALEKIYSFNVMKFKDGKRGAMNGMWPNGTVDMSAMQSREIWPGVTYALAATMIQEGMV
EKGFKTAEGIYHAAWSPEGLGYSFQTPEAWNNDDEYRSLCYMRPLAIWAIQWALSAPKLH
KEAPADIPQDSFPKNQFSYARIAKLLQLPEDDSPKSFLRVIYEIIWSRYKS
NT seq 2856 nt   +upstreamnt  +downstreamnt
atggtagagaatggtgttgctgagcaaccagacggggtgtctcgaaataggccacgtgct
cagttggatgatgatccggttggtcctggataccttccagagttgacatgggaacacaag
ctcagcaatactggctatgatttgccatcattcagacttacatggagagagacatttcaa
ttggctggccttggttttcgtcttggccgacacatccttgaagaaacatcaaaaggacgt
gcttctgtgattgatcccatgaaaaagcgaattgcaaaatctggtcagggtgttccactt
ggcggcattggttcaggaagcattggaaggagctacaaaggtgacttccaacgatggcaa
ttgtttccaggaacttgcgaagagaaacctgtactggcaaatcaattttctgcattcatt
tcccacaaagatggtagaaactattcctcagtgttgcatcctgggaaaccagattttcca
aaaggaagtaacatttcaggaattggatcctgggattggaatatgagtggacaaaattct
acgtaccatgctctttaccctaggtcctggacgatatacaaaggagaacctgatccagat
gttaacatagtgtgtcgtcaaatttctccaattattccacacaattatcaacatagcagc
tacccggttgctgtattcactttcacagttactaactcaggcaataccactgccgatgca
actttgcttttcacatgggctaactctgttggtgggaaatctgaattcactggatatcac
tccaattcccctatgatagaaaaggatggtgttcatggcattctgttacatcatagaaca
gctaatggacagccaccagtaacttttgccttagctgcacaagagaaagaagatgttcat
atctctatatgcccttactttgtaatatctggaagttctgacgaatttacagcaaaggac
atgtggaatcatgtgaaagagaatggatcttttgatcatcttgatctcaacaaaacatcg
atgtactcaagacctggatcgtcgataggggcagctattgcagcttctgttaagctgcct
gctcaggcaacccagaatgtatcattttcactttcctgggcttgtcctgaagtgaagttc
tccagtggaaaaacctaccataggcgttatacaaaattttatggcacagatagtgatgca
gcagctagccttgcccatgatgccattttagagcacaattcttgggaaaggcaaattgag
gagtggcagaatcctgttttgcaagatgagaggcttcctgcgtggtacccagtcacactt
ttcaatgaattatactatcttaatgctggaggaaccatatggactgatggattgccacca
attcaaagcttgactgctattggagaaaaaaagttttctcttgacatgcagaatggggag
gctgatgatgtcaatgggataatcccacgaaataatactgctggtgacatccttaatcaa
atggcttcaatacttgagagaattcatgcatccatggcatcaaattctgctataggaaca
actttacttcagggtgaagagaatattggccaatttctctaccttgagggcattgagtat
tatatgtggaacacatatgacgttcatttctatgcatcattctctctgatcatgctgttt
ccaaaacttcagctcagcattcagagggactttgctgctgctgttatgatgcatgatcct
gaaaagctcaggatgttacatgatgggaaatgggctgcaagaaaggttcttggtgctgtt
cctcatgatcttgggttatacgatccctggttcaaagtgaacgcatacacactgtataac
acagatcgttggaaggatttgaaccctaagtttgtactgcaagtttatagagatgttgtt
gccacgggtgacaaatcctttgctcgtgctgtatggccatctgtttatatggcaatggca
tatatggagcaatttgacagggataaagatgggatgattgaaaatgaggattttccagat
cagacgtacgatgtgtggtcaatggctggtataagtgcgtactgtggtggactttgggtg
gccgctcttcaagctgcgtcagccttggcacatgaagttggtgacaaagcgtctgaaagg
cttttctgggacaagtatgagaaggctaagtctgtctatggcaagctgtggaatggttct
tacttcaattatgatgatggcgaaaacataatgagcacatctatccaagcagatcaactg
gctggacaatggtatgccaaagcctgcggtcttttcccaattgttgacaaggataaggca
caaagtgcactcgaaaagatatattctttcaatgtgatgaagttcaaggatggcaaaagg
ggagcaatgaatgggatgtggccaaatggcaccgtggacatgtctgcaatgcaatctagg
gagatatggccaggtgtgacatatgcacttgctgcaaccatgattcaagaaggcatggtt
gagaaggggttcaaaacagctgaagggatctatcatgctgcctggtctccagaaggactt
gggtactcattccaaaccccagaagcttggaacaacgacgacgagtaccgatcattgtgc
tacatgcgccctcttgcgatctgggccatacagtgggcactatcagcaccaaaactccac
aaggaggctccggcagatatcccacaggattctttcccaaagaaccagttctcgtatgca
aggattgcgaagctgctgcagttgcctgaagacgactctcccaagagcttccttcgagtg
atctatgagattatctggagcaggtataagtcctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (26)   

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