KEGG   Dictyostelium purpureum (cellular slime mold): DICPUDRAFT_158887Help
Entry
DICPUDRAFT_158887 CDS       T02090                                 

Definition
hypothetical protein
Orthology
K17108  
non-lysosomal glucosylceramidase [EC:3.2.1.45]
Organism
dpp  Dictyostelium purpureum (cellular slime mold)
Pathway
Other glycan degradation
Sphingolipid metabolism
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dpp00001]
 Metabolism
  Lipid metabolism
   00600 Sphingolipid metabolism
    DICPUDRAFT_158887
  Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    DICPUDRAFT_158887
Enzymes [BR:dpp01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.45  glucosylceramidase
     DICPUDRAFT_158887
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
JGI: 
UniProt: 
Position
Unknown
AA seq 1205 aa AA seqDB search
MDDLFNFKSEERDSNSGFDDVYEDINIGLEASSPMSKQQQQQQTSNNNGFLFNNIDDEDE
ENFFVSPKQQTSNLNSFSTTTNNSHHNSTSHYSFNNKISDEINLHFNFDDYDNSTTAINS
SILNNNNNSNSNNSSSFFNKIIFNESTELFKSNSLIDDNNSNSSNNNINSNNNSNNNINN
NINNELNSNIISTMPGDNSFIYDNSNNNTSITTNSYIEKLNTNNDNEITSPIEKGHVRNA
SEQFSSPIQQSQKKEEQEENKKEDGKSSIFNLNSIKKAILNTSNSNLLNFSTDAFWKDLG
DNPLIDQDTASDQEKWLRLGEDIPQCSWARRLDHNFPDHKHFQVSMWQGLKLVGIGYRMW
KYVKKENSSGRVPMMDPFNLPKPGPIMGVPIGGIGSGSINRGWRGDFVRWNMNSGLVTNE
TVDVDKFSVYINFDDSNSASSSTGSTPSGTFTPNGPNFDPSSTKSKQKATVLYPGKPKNN
LNLDVWNWGLKGENSCYFGLFPRAWTVYEEPHPDIKLVCKQISPVIPHNYQESSYPVGVY
VWKIENNNKNSSADVSLMLTWQNSIGTKSDQDGGHYNKYFTLGDEPNKKIKGVTLIHRKE
QRCAYNSSNIVYHDPMEYSIAVKDDPDVNITFNERFETTSRLDAANLWYTFNKKGELENI
QDSRPSAPKKPIGAAVAAKVKVPAGGSKTIVFCIAWDQPITRFQLGSAYYKRYTKFYGNK
GGNSQRIAYDALQNYKSWDNQIAQWQNPIIQDAELPSFYKMALFNELYYLVDGGTVWTHG
SPQDQLPARYPLKTQLKPEDISDPNHIGRFAYLESLEYLMYNTYDVHFYSSYALAMLWPL
LEISLQYDIAEATMLDYGITWEGIHSGQQIPRKKRCTVPHDLGNPGEDPWKRVNSYNIQD
ISRWKDLPSKFVLQVYRDYLVVEDKNFLLQVYNVVEEVIQRTLESFDTDHDGVVDNEGFP
DQTYDVWPAVGCSAYSGGLWLASLKVASEMAKILGFKEDESIYNAIFEKGSASYTKKLWN
GYYFKYDCSNSVHADSIMSDMLAGHWYLLSCGLPSYMTFDQALSSLSIINEYNVNSYGKE
RCGAVNGMRPEGVVDNTCLQSSEVWIGTSFSLAATMIQHHMDKDAWELVKGIVNSSYNRW
GFQYQTPEAWDSNGCYRAGAYMRPLSIWSIQWALLKKKYFDFYDESLKSNNNSNNNINNG
GSLLG
NT seq 3618 nt NT seq  +upstreamnt  +downstreamnt
atggatgatcttttcaattttaaaagtgaagaaagagattccaacagtgggttcgatgat
gtttacgaggatattaatatcgggttagaggccagctctccaatgtccaaacaacagcaa
caacagcaaacatcaaataacaatggctttttatttaataatatagatgacgaagacgaa
gaaaatttctttgtttcaccaaaacaacaaacttcaaatttaaatagttttagcactaca
actaataacagtcatcataattcaacatctcattatagttttaataataaaatcagcgat
gaaatcaatttacattttaattttgacgattatgataattcaacaacagcaataaatagt
tcaatattaaataataataataatagtaatagtaataacagtagtagtttttttaacaaa
attatttttaatgaatcaacagaactctttaaaagtaatagtttaatagatgataataat
agtaatagtagcaataacaatatcaatagcaataataatagtaataataatatcaacaat
aatataaataatgagttaaatagtaatattataagcactatgcccggtgataatagtttt
atttatgacaatagtaataataatactagcattacaacaaatagttatattgaaaaatta
aataccaataatgataatgaaattacttcacccatcgaaaaaggacatgttagaaatgct
agtgaacagttttcatcaccaattcaacagtctcaaaaaaaagaagagcaagaggaaaat
aaaaaagaagatggaaaatcttcaatcttcaatttaaattcaataaagaaagcaatttta
aatacatcaaattcaaatttattaaattttagtactgatgcattttggaaagatttaggt
gataatcctttgattgaccaagacactgcttctgatcaagagaaatggttacgtttaggt
gaagatataccacaatgttcatgggcaagacgattggaccataatttccctgaccataaa
cactttcaagtttcaatgtggcaaggtctaaagttagtcggtattggttatagaatgtgg
aaatatgtaaagaaagaaaattcctctggacgtgtaccaatgatggatccatttaatcta
ccaaaacctggaccaattatgggtgtaccaataggtggtattggtagtggaagtattaat
agaggctggagaggcgattttgttcgttggaatatgaatagtggtttggtgaccaatgaa
actgtagatgttgataagttttcagtttatattaactttgacgatagcaatagtgcctct
tcatcaactggatcaactcctagtggtacattcacaccaaatggtcccaattttgaccca
tcatcaacaaagtcaaagcaaaaggccactgtattatatcctggtaaaccaaaaaacaat
ttaaatttagatgtttggaactggggtttaaaaggggaaaatagttgttattttggtctt
tttccaagagcttggactgtatatgaagaaccacacccagatatcaaattagtttgtaaa
caaatatcacctgtaataccacataattatcaagagtcatcatatccagttggtgtttat
gtttggaaaattgaaaataataataagaactcgtctgctgatgttagtttaatgttaacc
tggcaaaatagtattggtaccaaatcagatcaagatggaggccattacaataaatatttt
acattgggtgatgaaccaaataaaaaaattaaaggtgttacattaattcatagaaaagaa
cagagatgtgcatataatagtagtaatattgtatatcatgatccaatggaatattcaatt
gcagtaaaagatgatccagatgtaaatattacatttaatgaaagattcgaaaccactagt
agattggatgcagcaaatctttggtacactttcaataaaaaaggtgagttggaaaatatt
caagactcacgtccatcagctcctaaaaaaccaattggtgctgctgttgccgctaaagtt
aaagtaccagcaggtggttcaaagactatagtattttgtattgcttgggatcaaccaatt
acacgtttccaacttggttcagcttactataagagatataccaaattctatggtaataaa
ggtggaaatagtcaacgtattgcatatgatgcacttcagaattacaagagttgggacaat
caaatcgctcaatggcaaaatccaatcattcaagatgcagagctaccctctttctataaa
atggcactctttaatgagttgtattatttagtagatggtggtacagtttggacccatggt
tccccacaagatcaactacctgctcgttacccattaaagactcaattaaagcccgaagat
atctctgatccaaaccatataggtcgttttgcttatttagaaagtttagagtatttgatg
tacaatacatacgacgttcatttctattctagctatgctttagcaatgctttggccatta
ttagagattagtctacaatacgatatagcagaggcaacaatgttggactatggtattaca
tgggaaggtattcacagtggtcaacaaataccaagaaaaaagagatgtacagttccacac
gatcttggaaatcctggtgaagatccttggaagcgtgtcaattcttataatattcaagat
atctcaagatggaaagatttaccatctaaatttgtattacaggtttatagggattatttg
gttgttgaggataagaacttccttttgcaagtttacaatgttgtcgaagaggttattcaa
cgtactctagaaagctttgatacagatcacgatggtgttgtagataatgaaggtttccct
gatcaaacttatgacgtttggccagcagttggttgttcagcatacagtggtggtctttgg
ttggcatctcttaaagttgcatctgaaatggcaaagatattaggtttcaaagaagatgaa
tctatttataatgcaattttcgaaaaaggttcagcaagttatacaaagaaactttggaat
ggatattatttcaaatatgactgtagcaatagtgttcatgccgactctatcatgtctgat
atgttggcaggtcattggtatttattatcatgtggtcttccatcatacatgacatttgac
caagcactatcatctcttagcatcataaacgaatataatgtaaactcttatggtaaagaa
cgttgcggagcagtcaatggtatgagaccagaaggtgtagtcgacaatacttgtttacaa
tcaagcgaggtttggattggcactagtttttcattagccgctacgatgattcaacatcac
atggataaagatgcatgggagttagttaaaggaatcgtcaattcgtcatacaacagatgg
ggcttccagtatcaaacacctgaagcttgggattcaaatggttgttatagagctggcgct
tatatgagaccattatctatttggagtatacaatgggcattactcaagaaaaaatatttt
gatttctatgatgaatcattaaaatcaaataataatagtaacaataatataaataatggt
ggttctttattgggttaa

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