KEGG   Oryza brachyantha (malo sina): 102719405
Entry
102719405         CDS       T02995                                 
Name
(RefSeq) non-lysosomal glucosylceramidase-like isoform X3
  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
    102719405
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    102719405
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
     102719405
SSDB
Motif
Pfam: DUF608 Glyco_hydr_116N Bac_rhamnosid6H
Other DBs
NCBI-GeneID: 102719405
NCBI-ProteinID: XP_006657653
UniProt: J3MKF5
Position
7:complement(9081093..9090132)
AA seq 929 aa
MVSGNMFYRRKPSWRADDLVSRSTLQLLDFDDGSPPEYAWRRKISSQANRLKEFNVTFRE
AIKMMRLGLRLWSYIREEASHGRKAPIDPFTRESDKPSASQGVPLGGMGSGSISRGFRGE
FKHWQIIPGSCEMSPVMANQFSIFITRGGNKKYSSVLAPGQHDSLKKSSDDGISSWDWKL
RGDRSTYHALFPRAWTVYDGEPDPELKVSCRQISPFIPHNYQDSSLPTSVFVYTIVNTGK
ERAKVSLVMTWANSIGGLSHHSGGHVNEPFIGENGVSGVLLHHKTANDNPPVTFAVAACE
NQNVNVTVLPAFGLSGESSITAREMWGTLIQDGCFDRDNFNAGPSMPSSLGDTVCAAVCA
STWVEPHGRCTVVFSLAWSSPKVKFKKGNAYYRRYTKFYGTSPRSAINLVQDALMKYKHW
EEEIDKWQSPILHDDRLPEWYKVTVFNELYFLVAGGTVWIDSASLVVDTEEMLNLKIPED
SDSPLHDSTHKSAVPLIGFTPHIIDDRENVGKFLYLEGIEYFMWCTYDVHFYASFALLEL
FPKIELSIQRDFATAVLREDKSRVRFLADGTWGNRKVIGAVAHDLGAHDPWHELNAYNIH
DTSRWKDLNPKFVLQVYRDFAATGDMSFGKDVWPAVCTAMEYMEQFDHDGDGMIENDGFP
DQTYDAWTVRGVSAYCGCLWLAALQAAAALARDLGHNDYAERCMVKFAKAKLVFEAKLWN
GSYFNYDSGTSYNSRSIHADQLAGQWYTASSGLPPLFDEDRIKCTLQKIFDYNVMRVKGG
RMGAVNGMHPNGKVDETCMQSREIWTGVTYSLAATMVLHGMENQAFTTAEGIFIAGWSEE
GYGYWFQTPEAWTIDGHYRSLIYMRPLAIWAMQYALSPPRTILEAPRVNTMDRTSHISPS
TLQFLQDSVRKMTPRNSCFGSSSSFSCEC
NT seq 2790 nt   +upstreamnt  +downstreamnt
atggtcagcggcaacatgttctaccgaaggaagccctcatggcgtgccgatgatctcgtg
agcaggagcaccctgcaattgctggactttgatgatggctcaccaccagaatatgcttgg
agaaggaaaataagtagtcaggccaataggttgaaggagttcaatgttaccttcagagaa
gcaattaaaatgatgagacttggtctgcgcctttggtcatatattcgggaagaagcttct
catggaaggaaagcaccaattgatccattcacgagggagagcgacaagccttcagcctca
caaggagtacctcttggtgggatggggagtggtagcatttcaagaggcttcagaggagaa
tttaaacattggcagataattcctggttcatgtgaaatgtcaccagtgatggcaaaccaa
ttttcgatctttataactcgaggaggaaacaagaaatactcctctgttttagctcctggt
cagcatgatagtttaaagaaatctagcgatgatggtatatcatcctgggattggaaacta
agaggtgatcgttctacataccatgcgttgtttcctcgagcatggactgtctatgatggt
gaacctgatcctgaattgaaagtatcttgccgtcaaatatctccttttattccccataac
tatcaagacagcagtcttccaacatctgtttttgtttacactatagtgaataccggaaaa
gaaagggcgaaagtcagccttgtaatgacatgggcgaattctattggaggactttcccac
cattctggcggtcatgttaatgaaccatttataggagaaaatggagtttctggcgtgctt
ctacatcacaagactgccaatgataatcctcctgtcacttttgctgtcgcagcatgtgag
aaccaaaatgtaaatgttactgtgttgcctgcttttgggctttctggtgaaagttccatt
acagccagggaaatgtggggcacattgatccaggatggttgtttcgaccgagataatttc
aatgccggccctagcatgccttcttcattgggtgatacagtttgtgcagcagtttgtgca
tccacctgggttgaaccacatggaagatgtacagttgtattttccctggcctggtcatcc
ccaaaggttaaatttaagaaaggaaatgcatactacaggaggtatacaaaattttatgga
acttctccaaggtcagctataaacttggtgcaggatgccttgatgaagtataagcattgg
gaagaggagatcgataagtggcagagcccaattctccatgatgaccggcttccagaatgg
tacaaggttactgtctttaatgagctctacttcctagttgctggaggaactgtttggatt
gatagtgcatctttggtggttgacactgaagaaatgttgaacttaaagatacctgaggac
agtgattcgccgcttcatgacagcactcacaagtctgctgttccactcattggttttacc
ccacatataattgatgacagagaaaatgtagggaagtttttatacctggaaggaattgag
tacttcatgtggtgcacttacgatgtacacttctatgcctcttttgctcttctggaactg
tttcctaagattgagctgagcattcaacgtgattttgctacagctgttctgcgtgaagat
aaaagtagagtcaggtttctagctgatggtacttggggtaatcgcaaagtaattggtgct
gttgcccatgaccttggggctcatgatccttggcatgaattgaatgcttacaatatacat
gacacaagtaggtggaaagatctcaatcccaagttcgtgctacaggtctaccgggatttt
gcagcgacaggtgacatgtcatttggcaaggatgtctggcctgcagtttgtaccgctatg
gaatacatggaacagtttgaccatgatggtgatggtatgattgagaatgacggctttcct
gatcaaacttatgatgcttggacagttcgtggagttagtgcctattgtggttgcctttgg
cttgctgcccttcaagctgcagcggcactggcccgtgaccttggacacaatgattatgct
gagagatgcatggtgaaatttgcaaaagctaaacttgtatttgaagccaagttatggaat
ggttcatattttaattatgacagcggaacaagttacaacagtcgctccatccatgcagat
caactggctggacaatggtatactgcatcgtcaggtttgccgcctctatttgatgaggat
aggataaaatgcacccttcagaaaatatttgattataatgtgatgagggtaaaaggagga
cgtatgggagctgtgaacggtatgcatccgaatgggaaggtagacgagacctgcatgcag
tctagagaaatctggacaggagtaacatacagtttagctgctactatggtactccatgga
atggagaatcaagccttcactactgcagaaggtatttttattgccggatggtccgaagaa
ggctatgggtactggttccaaaccccggaagcatggacgatcgacggccactacaggtca
ctgatatacatgcggcccctcgcaatctgggcgatgcagtacgcgttgtcgccgccaaga
acgatcctcgaggcgccgagggtaaacaccatggacaggacctcccacatctcccccagc
acgctccagtttctccaggacagcgtcaggaagatgacgcccaggaacagctgcttcgga
agcagcagctcgtttagctgcgagtgctga

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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 (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (3)   
   Pfam (3)   
All databases (31)   

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