KEGG   Selaginella moellendorffii: SELMODRAFT_166634Help
Entry
SELMODRAFT_166634 CDS       T01496                                 

Definition
hypothetical protein
Orthology
K17108  
non-lysosomal glucosylceramidase [EC:3.2.1.45]
Organism
smo  Selaginella moellendorffii
Pathway
Other glycan degradation
Sphingolipid metabolism
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:smo00001]
 Metabolism
  Lipid metabolism
   00600 Sphingolipid metabolism
    SELMODRAFT_166634
  Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    SELMODRAFT_166634
Enzymes [BR:smo01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.45  glucosylceramidase
     SELMODRAFT_166634
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
JGI: 
UniProt: 
Position
Unknown
AA seq 916 aa AA seqDB search
MGLPALAWKRRLDTPVVELTEFKPTLREILEMLPMGVRLWKFCRSEHEQGRRAPIDPFYP
QDTPASSCQGVPLGGIGGGSIGRGFRGDFSRWQLLPTVCQTSAVLADQFSVFITRHSKDG
TTQKTSSVLFPGEPVFESKETESGISSWNWNLTGVKSTYYGLFPRAWTTYDGEPDPQMKI
TCRQVSPFVPHNYKESSFPSCVFIYELVNTGDEDATATLLFTWANSIAGGSETSGGHENS
PFMKEEHSVTFAIAARETDDVSTSVCPCFLVAGSPEGNSYQTAKDMWSEITEKGCFNAKN
STMSASLSQPETVVGAAVAASVVVPAHGTKSITFGLAWDSPKATFLGGSSYYRRYTKFYG
KSGNAASKLVHDAILNYKRWESEIHAWQEPILNDHSLPEWYRYTLFNELYYLVAGGTIWT
GMNMKRIYTTLLCDLSFSDTCRQACLAQKLNPVKSNGVSEALLDAINANSEAQSFWSIGI
PAVEDNVGQFLYLEGVEYHFWNTYDVHFYASYALLALFPRLELQLQRDFAAATLSHDPEK
MFYLAYGNTGIRAVFGSVPHDLGTHDPWNTLNSYNLHDTSKWKDLNCKFVVQVNRDAAAT
GDLEFARAVWPAAYAAMAVTDQFDRDGDGMIENDGVPDQTYDLWTVDGVSSYCGGLWVAA
LQAASALADLVGDKPSSRMFHGKFLRAKAVYEKSLWNGSYFHYDKNSTSVQSDQLAGQWY
SLASGLPGIVREDQATSALGTVFATNVMRYKGGNEGAVNGMLPSGGEDRTSLQSREVWAG
TTYAVAAAMIQQGMREEGFRTAKGVFLNGWSDQGHGYAFQTPEAWDNDGKYRSLAYMRPL
SIWAMQWALDPPEQLKQRSCSVEVGDITAQEVEACNKSFAKLASQLKELSPPEAKAYSSV
WIWMFDYIRSRVYPRG
NT seq 2751 nt NT seq  +upstreamnt  +downstreamnt
atggggctgccagcactggcgtggaagcggaggctggatactcctgtggtggagctcaca
gagtttaagccaactctcagagaaatacttgagatgctgccgatgggtgtccggctgtgg
aagttttgcagaagtgagcacgaacaaggacggagagcgcctatcgatccattctaccct
caagatacgccggcttcttcgtgccaaggtgttcctctcggtggaattgggggaggaagc
attggtagaggtttccgaggtgatttttcacgatggcaactgcttccaaccgtttgccag
acttctgctgttctagctgatcagttctcggtttttatcacccggcacagtaaagatggt
acaacgcaaaagacctcatcagtgttgtttcctggtgagccagtttttgaaagtaaggag
actgagtccgggatttcttcttggaactggaatctaactggggtaaaaagcacttattac
gggttattccctcgtgcctggacaacttatgatggagaaccggatccccaaatgaagatt
acatgccgccaggtttcgccattcgtaccacacaactacaaagaaagtagttttccttct
tgtgtcttcatctatgagcttgtaaatacaggagatgaagacgcgacggctacgctgctt
tttacgtgggctaacagcattgctggaggatcggaaacatctggaggccatgaaaattct
cctttcatgaaagaagaacactctgtgacgttcgctattgcggcaagggaaacggacgat
gtttccacatctgtctgtccttgttttctagtcgctggttccccggagggaaattcttat
caaacggcgaaggatatgtggagtgagataacagagaaaggatgctttaatgccaagaat
tcgacgatgtccgcttcgttgtcgcaaccggaaaccgttgtgggagctgctgttgccgca
agtgttgttgttccagcacacggaacaaaatccatcacctttggactggcatgggattca
cctaaagctaccttcttgggtggtagctcctactacaggaggtacacgaagttttatggg
aagtctggcaacgctgcatcgaagcttgttcacgacgccattttgaattacaagcgctgg
gaatctgagatccatgcttggcaagaaccgatcctaaacgaccacagccttccagaatgg
taccgctacactctatttaacgagctttactacttggtggctggaggaacgatatggaca
ggtatgaacatgaaacgcatttacacgaccttgctatgtgatttaagtttttcagatact
tgccgtcaggcgtgtttagctcagaagcttaacccggtaaaatccaatggagtctcggaa
gcattgctagacgctatcaacgcaaattcggaggctcagtcattttggtccattggtata
ccggcggtcgaagataacgtgggacagtttctctacttggaaggagtggaatatcatttc
tggaacacgtacgacgtgcatttctacgcctcatatgcactgctggccttgtttccacgg
cttgaacttcaactccagcgagactttgcggccgccaccctttcgcatgatccagaaaag
atgttttatctggcatatggcaacaccggcatcagagctgttttcggttcggttccacac
gacctcggtacgcatgatccgtggaacacacttaacagctacaacttgcacgacactagc
aagtggaaggatctgaattgcaagttcgtggttcaggtaaacagagacgcagctgctaca
ggggatctggaattcgcgagagctgtctggccagccgcatatgcagccatggctgtcaca
gaccagttcgatagagatggcgatggtatgattgagaacgacggtgttccggaccagact
tacgacctctggactgtcgacggtgtgagctcgtattgtggaggactgtgggtggcagca
ctccaggcagcgtcggcattggctgatctagtcggggacaagccttcatccagaatgttt
cacggcaagttcctacgagcaaaggctgtctacgagaagtcactgtggaacggctcttac
ttccactacgacaagaacagcacctcggtccagtcggatcaactcgcagggcagtggtat
tctctggcttctggacttcctggaatcgtccgcgaagatcaagctaccagcgcgcttggg
acggttttcgccacaaacgtcatgcggtacaagggaggaaacgaaggcgctgtcaatgga
atgctaccgagtggcggtgaagataggacttcgctccagtctcgggaagtttgggcaggc
accacttatgctgtggcagcggctatgattcagcaaggcatgcgagaagaaggattccgg
actgccaaaggagtgtttttgaatggatggtccgaccaaggacacggatatgctttccag
actccagaagcctgggacaacgatggaaagtatcgctcactggcatacatgcgaccgctt
tcgatctgggcgatgcaatgggctctcgatcctccagagcagctcaagcagcgaagttgt
agcgtcgaagttggcgatatcacagcgcaggaagtggaggcttgcaacaaaagctttgcg
aagctggcttcgcagctgaaggagctatcgccgccggaggcgaaggcttactcgtcggtg
tggatctggatgttcgactatatccgcagccgcgtctatcccaggggatga

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