KEGG   Paenibacillus sp. JDR-2: Pjdr2_3554
Entry
Pjdr2_3554        CDS       T00977                                 
Name
(GenBank) glycoside hydrolase family 30
  KO
K01201  glucosylceramidase [EC:3.2.1.45]
Organism
pjd  Paenibacillus sp. JDR-2
Pathway
pjd00511  Other glycan degradation
pjd00600  Sphingolipid metabolism
pjd01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pjd00001]
 09100 Metabolism
  09103 Lipid metabolism
   00600 Sphingolipid metabolism
    Pjdr2_3554
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    Pjdr2_3554
Enzymes [BR:pjd01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.45  glucosylceramidase
     Pjdr2_3554
SSDB
Motif
Pfam: Glyco_hydro_30 SLH CBM_6 Glyco_hydro_30C fn3 Glyco_hydro_59 Big_2 Glyco_hydr_30_2 CBM_35_2 HL_N-beta CBM_4_9 Y_Y_Y DUF4998 DUF5013 NDNF SHIRT Pur_ac_phosph_N DUF4249
Other DBs
NCBI-ProteinID: ACT02187
Position
complement(4034028..4038941)
AA seq 1637 aa
MWKRMAAQTLVAGLVVSSFTGIALPAVSAAAGVPVNVWMTTGDKSNLITKQPDVAFETNG
APAELTIDVDENTKYQTIDGFGGALTDSSAYVISQMDKQAKDALMNKLFGRDGDGVGFSY
MRLPMGTSDFATSIYTYDDMPKGETDPDLEHFSVAHDSAYIIPFLKQALQINPDLKIMGT
PWSAPGWMKTTDSSVKGKLKEEYYGVYAQYFVKFIEAYEAEGVPIDAITLQNEPHFEPAD
YPGMRMEPVDQAKFVKDYLGPAFENAKIDTKIIVWDHNWSEPDYPIEVLNDPDAKKYIAG
SAFHGYSGNVTAQSLVHDQHSDKDIYFTESSGGEFAPDFAGNVQWDTQNLIIGATRNWAR
TSLKWNIALDENHGPYVGGCSDCRGIVTVNSGTDEVKYNEEFYSFGQASKFVLPGAQRIK
SNTFGAGSIEDVAFVNKDGSKVLVALNSSKQPKDFKVRWGSKSFAYTLPAGAVASFVWSG
TQDSAAAISPYAALQAEDYSEMNGVTTAVTTDAGGGKSVVATADGSYIAFDNVEFLNGTA
SVKVRAQSQGDGGIEFRLDRPDGAYIGGVDLTDANGAWITKAAQAEAVTGKHKLYVVFRG
KVNVNWFQFSYDFVQSSYNYLSIGGSFEEGGLAGWNGWTPEGQATAQKADRDNPRSGSFK
LTHYLGGSTPYEQTTYRTVKVPNGTYKASVWYQKGGDTNVSLEAKKYGGADQSVAAATTA
YVGSWTQIVIPEIQVTNGQVELGIHSLNKGGEWAAFDDVELIPVIAKAPAAAQGTNAPGT
PQGIGAELSGGHTIELSWTANADADGYKIYRSTADSETSANGVYPDYRLIGLAAGDATGY
ADQGLRGSTAYSYRVTAFNANGESAASTSVNATTAAGSDSVAPSAPVGLTAEPGIEQVKL
AWEPNVETDFLKYNIYVNGFKRASVDPAPSSVYTVTNLKAGTRYTFTVKAVDQAGNESAA
SNAVTETPTVASVLVPFPSNNLDFETTDSNGKATLAPWQEWHPGTQSNASSIDNDNPRGK
YKMTHWSGSAYQQSNYQALTVPNGVYKVQVWVRTGGGQNKFQLEVSGYGENAPQLTKDMR
GASGSVYTPFAMDRIEVTNGKLQIGVFSDAKAGNWAAIDDFEVYRYPEATVGVTGVTLDK
AELALDLTNIKTGTLTATIQPENAENHNLYWSSSNSSVATVTDGVVAAKGTGTAEITVTT
EDGGFTATATVTVASGSSTTTPPTGGGATTGPVVTTSGTGSTIAGFTAITESAPNGESAS
VVKVDAATLASAAQGGKADSITIDLTDLKGQSNLQTEFTVSTLAELLKNNKSLKLTVKSG
LGTYELPLQALLNSSVTNGQQIRVAISAVSDAVKHAGELALQQQNGSLIGAPVQFSVWAG
SNSNWQEVKNFGKQYVTRKIPLGKPALKPTAAVVIGSDGSVTPVPTTFVTDANGNVTAVI
RTNHNSVYAVLAINESFADTKGHWAEKEISALASSLILNGETADRFAPEQQLTRAEWVAM
LTRALGLTAGNPASNFKDVTANAWYADAVAAATEAGIIQGFTDGTFRPNDKITRQQLAVT
AANVLAFAGKSQAAGADQLAALKDGSEIAAWAADAVEQSLKSGLIKGTPEGYYYPDKTAT
RAEAATILYRLISTVQG
NT seq 4914 nt   +upstreamnt  +downstreamnt
atgtggaaacggatggccgcgcagaccctggtcgccggtcttgttgtctcgagctttacc
ggcattgcgctgccggcggtatcggcagctgccggtgttccggttaatgtatggatgaca
accggtgacaagagcaatctgatcaccaagcagccggatgtcgcgttcgaaacgaacggc
gcgccggcagagctgactattgacgtagacgagaatacgaagtatcagacgattgacgga
ttcggaggagctttaacggattcttcggcgtatgttatttctcaaatggataaacaggcg
aaagacgctttgatgaacaagctgttcggccgcgacggcgacggcgttggcttcagttat
atgcgtctgccgatgggcacgagcgattttgcaaccagtatttatacttatgatgatatg
cctaagggagagacggatccggatctggagcatttctcggttgctcatgacagcgcatac
attattcccttccttaagcaagcgctgcaaattaacccggatctgaaaattatgggtacg
ccttggagtgcgccgggctggatgaaaacaacggactcatcggttaaaggaaagctgaaa
gaggaatattacggggtttacgcgcaatacttcgtcaaatttattgaagcttatgaagcg
gaaggagttcctattgacgctattacgcttcaaaacgaaccgcatttcgaaccggccgat
tacccggggatgagaatggaaccagtagatcaagcgaagttcgtgaaggattatctggga
ccagcgtttgagaatgctaagatcgataccaaaattattgtctgggatcataactggagt
gagccggactacccgatcgaggttctgaacgacccggatgcgaagaaatacattgccggt
tctgccttccacggctattcgggcaatgtcaccgcgcaatcgcttgttcatgaccagcat
tctgacaaagatatttatttcacggaaagctccggcggtgaattcgcgcctgattttgcc
ggcaacgtgcagtgggatactcaaaatctcatcattggggctacccgcaactgggcgcgc
acatcgctcaaatggaacattgcgcttgacgagaatcatggcccgtatgtaggcggctgt
tcggactgccgcggtatcgtaacggtcaacagcggcacggatgaagtcaaatacaatgaa
gagttctattcttttggccaggccagcaaatttgttctgccgggagcacagcggatcaag
tccaacacatttggcgccggcagcatcgaggatgtggcgttcgtcaataaggacggctcc
aaggtactggtagccctaaactcgtcgaagcagccgaaggacttcaaagtacgctgggga
tccaaaagcttcgcgtatacgcttcctgccggcgccgtagccagctttgtatggagcgga
acacaggacagcgcggctgcaatcagcccttatgctgccctgcaggctgaggattacagt
gaaatgaacggcgtaacaacggcagtgaccacggacgccggcggcggcaaatctgtcgtc
gcaacggcggatggcagctacatcgcatttgataacgttgaattcctgaatggcacggca
agcgtaaaggtgagagcgcaatcgcaaggcgacggcggcatcgagttccgtctcgaccgt
ccggacggtgcgtatatcggcggcgtggatcttacggatgcaaacggtgcatggattacc
aaagcggctcaagcggaagccgtaaccggcaaacacaaattgtatgtcgtattccgcggc
aaagtgaatgtgaactggttccagttctcctatgattttgtgcaaagcagctataactat
ttgagcatcggcggcagctttgaagaaggcggccttgccggatggaatggctggacgcct
gaaggtcaagcaaccgctcaaaaggcggacagggataatccgagaagcggctcttttaag
cttacgcattatttgggcggcagcacgccatatgaacagaccacataccgcacggtgaaa
gttcctaacggtacgtataaagcttccgtctggtatcaaaagggcggcgatacgaacgta
agcctggaagcgaaaaaatacggcggcgccgatcagagcgttgctgcggcaacaacggct
tatgtaggatcgtggacgcaaatcgtcattcctgaaattcaagtgacaaacggacaagtg
gagctgggtattcattccctcaataaaggcggcgaatgggctgcgtttgacgatgtggaa
ttgattccggtaattgcaaaagctcctgcagcagctcaaggaactaatgctccggggaca
cctcaaggaatcggcgccgagctctctggcggtcacacaatcgaactgtcttggacggca
aacgcagatgcagacggttataaaatttaccgctctaccgcggattcggaaacttcggca
aacggggtatatccggattaccgtctaatcggattggctgcaggagatgcgacaggttat
gcagaccaagggcttcgcggcagtacggcttattcctaccgcgttacggcgtttaacgca
aacggcgaatctgcggcaagcacttccgtaaacgcaacaacagcggcaggctcggattcc
gtggcgccgtcggcaccggttggcctgacagcggagccgggaatcgaacaggttaaattg
gcttgggagccaaacgtcgagaccgatttcctgaagtacaacatttatgttaacggcttt
aaacgggcatcggttgatcctgctccgtcatccgtctatacggtgaccaacctgaaggcc
ggcacgcgttataccttcacggtgaaagcggtagaccaagcaggcaacgaatcggcggct
agcaatgcagtcaccgagacgcctacggtggcaagcgttcttgtacctttcccaagcaac
aatctcgatttcgaaacaaccgacagcaatggcaaagcaacccttgctccatggcaggaa
tggcatccgggtacgcagtcgaatgcttcgtctatcgacaatgataacccgcgcggcaaa
tataaaatgactcattggtccggttcggcttaccagcaatcgaactatcaggcgctaacc
gttccaaacggcgtctataaggttcaagtgtgggtaagaacgggcggaggacaaaacaag
ttccagctcgaggtatcgggctacggcgagaacgcgcctcagcttacgaaagacatgaga
ggcgcaagcggcagcgtctacactccgtttgcgatggaccgtattgaagtgacaaacggc
aagctgcaaatcggcgtcttctcggatgcaaaagcgggcaactgggcggctatcgacgat
ttcgaagtctaccgttatccggaagctaccgtcggcgtaacaggcgtaacgcttgataaa
gctgagcttgctctcgatctgaccaacatcaagacgggcacgctcacagcaacgattcaa
ccggaaaacgcggagaaccataacctgtactggagcagcagcaattcttcggttgcaacg
gtaacggatggcgtggtagcggcaaaaggaacaggtacggctgaaataaccgttacaacg
gaagacggaggcttcacggcaacagcaaccgtaaccgttgcaagcggcagctcaacaaca
actccacccactggaggaggcgcaacaaccggtcctgtcgtcacgacatcgggaaccgga
tctacgatcgcagggtttacggcaataacggaatcagctcctaacggagagtcggcgtct
gttgtaaaagtggatgcagctactctggcaagcgcggctcaaggcggcaaagcggattcc
attacaatcgatttgactgatctgaaagggcaaagcaatctgcagacagaattcactgtc
tctacgcttgccgagcttttgaagaacaacaagtctttgaaactcacggtcaaatccggt
ctgggaacgtatgagcttcctttgcaggctttgctaaacagctccgtaacaaacggacaa
cagattcgcgtagcaatcagtgcggtgtccgatgcggttaagcatgcaggcgagctggca
ctgcaacagcaaaacggttccttgattggtgctcccgttcaatttagcgtatgggcaggc
agcaattcgaattggcaagaagttaagaactttggcaagcagtacgtaacccgtaagatt
ccgcttggcaaacctgccttgaagccaaccgcagctgttgttatcggctcggacggttct
gtaactcctgtgccaacaacctttgtaaccgatgcaaacggtaacgtaaccgcggttatc
cgcacgaatcataacagtgtctacgcggtattggcaataaacgaatcgtttgccgataca
aaaggacattgggctgaaaaagagattagcgctcttgcatcgagcttaattctgaacggt
gaaaccgccgatcgatttgctcctgagcagcagttgacccgtgcagagtgggtagcgatg
ctgacccgagctcttggtttgacagcaggcaacccggcaagcaactttaaggatgtaacc
gcaaatgcctggtatgctgacgcggtagcggcggcgacagaagcgggtatcattcaaggc
tttacggatggaacgttccgtcctaatgacaaaattacaagacagcagcttgccgtaacc
gcggctaatgtccttgcctttgctggcaagtcgcaagcagccggcgcagatcagcttgca
gccttgaaggatggcagcgaaatcgcagcctgggcagctgacgcggtggaacaatcgctg
aaatccggactgattaaagggacgccggaaggctactattacccggacaaaacagcaacg
cgagcggaagcagcaacaatcctgtacagattgatttcaacggttcaaggttaa

  All links  
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 (58)   
   KEGG ORTHOLOGY (1)   
   RefGene (55)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (18)   
   Pfam (18)   
All databases (91)   

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