KEGG   Camelina sativa (false flax): 104757723
Entry
104757723         CDS       T05044                                 
Name
(RefSeq) non-lysosomal glucosylceramidase-like
  KO
K17108  non-lysosomal glucosylceramidase [EC:3.2.1.45]
Organism
csat  Camelina sativa (false flax)
Pathway
csat00511  Other glycan degradation
csat00600  Sphingolipid metabolism
csat01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:csat00001]
 09100 Metabolism
  09103 Lipid metabolism
   00600 Sphingolipid metabolism
    104757723
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    104757723
Enzymes [BR:csat01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.45  glucosylceramidase
     104757723
SSDB
Motif
Pfam: DUF608 Glyco_hydr_116N EF-hand_5 DUF5127
Other DBs
NCBI-GeneID: 104757723
NCBI-ProteinID: XP_010478788
Position
17:complement(20125772..20131533)
AA seq 947 aa
MQNVSEDQNQMVTDDRLPPFSWERKLNSQAKTPSEFKLSKRDHLHLFPLGYRLWRHTKEE
AAKGRASIFDIFRKHHITGEHGVPLGGIGAGSIGRSYKGEFQHFKLFPKICEEAPILANQ
FSAFVSRPGGVKHSTVLCPTKPQVIKDNGGYLCKGQAPKIGIESWDWNMTGEKSTYHALY
PRSWTVYNGEPDPELRIVSRQVSPFIPHNYEESSLPVSVFNFTVTNTGAEQATVTLLFTW
ENSVGGASGLTGQHFNSTMKAEDGVHAVALQHKTANGHPPVSYAIAAKETEDVRVSSCPC
FIVSGTTPNKITAGDMWDEIKKNASFDKLTSNACFPSKPGTSIGAAIAAKVKVPPGCDRT
VTFSLSWDCPEARFDEKTYHRRYTRFYGSLGNAAVAMAHDALLNFSDWETQIEEWQAPIL
SDTTLPEWYRITLFNELYYFNSGGTMWTDGLPPKQSLDSIGRRRISLSISTIDNTESDQN
NIALDILGRIDAVCSQIHAPLSSNAALGTSMIQNTAENIGQFLYLEGIQYLMYNTYDVHF
YSSFALLMLFPKLELSIQRDFAAAVLMHDSSKKQVMSSGEFVTRKVLGAVPHDIGLNDPW
FEVNAYNLFNTDRWKDLNSKFVLQVYRDVVATGDLNFAKAVWPSVYTAIAYLDQFDKDGD
GMIENEGFPDQTYDAWSCSGVSAYCGGLWVAALQAGSALAREIGDNGAAVYFNAKYEKAR
SVYEKLWNGSYFNYDNSRSGSSSSILADQMAGQWYARACGLKPIAKEEWIKKALETVYDF
NVMKVRDGTRGAVNGMLPDGRVDTSTMVSREVWAGTTYSVASCMIQEGLADKGFKTASGI
YEAAWSDQGLGCSFQTPEAWTTNDEYRSLCYMRPLAIWGIQWAHTMQPPKREQEQSLRSQ
EEEDTSVLFQQHAGFIKVAHYLKNTKGKDHRNRLQTTYETFLRIIRL
NT seq 2844 nt   +upstreamnt  +downstreamnt
atgcaaaacgtttctgaagaccaaaaccaaatggtcacagatgatagacttcctccattt
tcatgggaaagaaagttgaacagccaagctaaaaccccttctgagttcaaactgagcaaa
cgagatcatcttcatctgttcccattaggctacagattgtggcgtcacaccaaagaagaa
gcggcaaaaggaagagcttcgatcttcgatatctttagaaaacaccatataacgggagaa
catggcgtccctttaggaggaattggtgcaggaagcattggaaggagttacaagggtgag
tttcagcatttcaagctattcccaaaaatttgcgaggaagctccaatcctcgcgaaccaa
ttctctgcttttgtttctcgccctggcggtgttaaacactcaactgttctatgtccaaca
aagccacaagttattaaagacaatggaggttatttatgcaaaggccaagctccaaaaata
ggaattgagtcttgggactggaacatgacaggggaaaaatctacctaccatgctctttat
ccgaggtcttggaccgtttataatggtgaacctgaccctgaactccgaatagtgtctcgt
caagtctctccctttatacctcataattacgaggaaagcagtcttccggtttcagttttc
aacttcacggtgacaaatactggagcagaacaagcaactgttactttgctatttacttgg
gagaattctgtgggaggagcttctggattaactggacagcactttaactcaacaatgaag
gcagaagatggagttcatgcagtagctttacaacacaagacagcaaatggacacccacca
gtaagctacgcaattgccgcgaaggaaaccgaggatgttcgtgtttcctcgtgtccttgt
ttcatagtttcaggaactactcctaacaaaatcaccgcaggagatatgtgggatgagatt
aaaaagaacgcatcattcgacaagttaaccagcaatgcatgctttccgtcgaaacctgga
acttccattggagcagccatagcagcaaaggtgaaagttccaccgggctgtgatcgaaca
gtcacattttctctctcttgggattgtcctgaggctagattcgacgaaaagacttaccat
agacgatacacaagattctatggcagtttaggaaatgcagcggtggcaatggctcacgac
gctcttctcaacttttctgattgggagactcagattgaagagtggcaagctcctattctt
tctgacaccacacttcctgagtggtatcggataactctcttcaacgaactatactatttc
aactcagggggaaccatgtggaccgatggtttacctccaaagcaaagcttagatagtata
ggaagaagaaggatctctctcagtatatcaaccatagacaatactgaatcagaccagaac
aacatagccttagacatcttgggaagaatcgatgcggtctgctcacagattcatgcacct
ttatcctcaaacgctgcccttggaaccagtatgattcagaacaccgcagagaacattgga
caatttctttacctagaaggaatccaatacctaatgtacaatacttacgacgttcatttc
tactcctctttcgcattgcttatgcttttcccaaaactcgagctaagcatccagagagat
ttcgcggctgctgttctgatgcatgactccagcaagaaacaagtcatgagttctggcgaa
tttgttaccagaaaagtcctaggagctgttcctcatgatattggtttgaatgatccatgg
tttgaagtaaatgcttataacttgttcaacacggataggtggaaagacttgaactccaag
tttgttcttcaagtttacagagacgtggttgccactggtgatctaaactttgcgaaagcg
gtttggccgtcggtgtacactgcaatcgcttacttggaccagtttgataaagacggagat
gggatgattgagaacgaagggtttccagatcagacttacgacgcgtggtcttgttcgggc
gttagtgcttactgcggtggtctctgggtcgcggctcttcaggccggatccgcgttggcc
cgtgaaattggggacaatggggctgcggtttacttcaatgccaagtatgagaaagcaaga
agcgtttatgagaagctttggaacggttcttattttaattacgataatagccgaagcggc
tcgagctcgtcgatcttggctgatcaaatggctggacaatggtatgcgagagcttgtgga
ctaaagccaatagcgaaggaagagtggattaagaaagcgttggagactgtttatgacttc
aatgtgatgaaagtgagagatgggacacgtggcgctgtgaacgggatgttacctgatgga
cgagtagacacaagcacaatggtgtcaagggaggtttgggcagggactacttactcggtt
gcttcttgtatgattcaagaaggacttgcagataaagggtttaaaacagcaagtggaatc
tatgaggccgcttggtctgaccagggtctcggctgctcatttcagacaccagaagcatgg
accacgaatgacgagtataggtcactttgttacatgaggcctttagctatttgggggata
cagtgggcacacacaatgcaaccacctaagagagaacaagaacaatcattaaggtcacaa
gaggaagaggatacgtctgtgttgtttcaacaacacgctgggtttatcaaagtggctcac
tatctgaaaaacaccaagggaaaggaccatagaaaccgcctccagactacgtacgaaacc
ttcctccgaataattcgcctgtag

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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)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (29)   

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