KEGG   Colletotrichum fioriniae: CFIO01_00567
Entry
CFIO01_00567      CDS       T04796                                 
Name
(GenBank) neutral/alkaline non-lysosomal ceramidase
  KO
K12349  neutral ceramidase [EC:3.5.1.23]
Organism
cfj  Colletotrichum fioriniae
Pathway
cfj00600  Sphingolipid metabolism
cfj01100  Metabolic pathways
Module
cfj_M00099  Sphingosine biosynthesis
Brite
KEGG Orthology (KO) [BR:cfj00001]
 09100 Metabolism
  09103 Lipid metabolism
   00600 Sphingolipid metabolism
    CFIO01_00567
Enzymes [BR:cfj01000]
 3. Hydrolases
  3.5  Acting on carbon-nitrogen bonds, other than peptide bonds
   3.5.1  In linear amides
    3.5.1.23  ceramidase
     CFIO01_00567
SSDB
Motif
Pfam: Ceramidase_alk Ceramidse_alk_C HET
Other DBs
NCBI-ProteinID: EXF82053
UniProt: A0A010SBD2
AA seq 1493 aa
MPRHSRSGLEMPRRSFFAVFALISFVLLVTVSLSQLGTRQGATLKFERNADGEWHAKPKT
RAAAGDKYLLGVGKADITGPVVEIGFAGYADLSQVGTGLRQRIYSRAFIVGDVSKPSDRF
VYLVLDTQSGDTAIRKGILEGVAALGSGYSVYNKNNVAVTGTHSHAGPGAWFNYLLPQVT
SLGFDKQSYQAIVDGAVLSIKRAHESLQEGYLDVGTTEVTDGAINRSLYAYLNNPAAERA
KYSATTDTTLTLLRFQRASDGKNMGVLTWYPTHGTSILQNSTHVAGDNKGVAAYLLEKDL
ASDASAAPGFVAGFSQANVGDTTPNVLGAYCDDGSGQQCSLENSTCADGKSQSCHGRGPA
FQKLDLGISSCYEIGRRQYAGAKSVYNALATTSTPVTGTSVKSFHFFQDMSYFKFPLADG
TIGQTCPAALGYSFAAGTSDGPGAFDFTQADSGTPDANPLWAVVSGLLRTPSAEQAACQQ
PKPVLLDVGEMSTPYAWSPNIVDIQMLRVGQLVIVVAPGEATTMSGRRWKAAVKEAAKSI
LPNDPIVVLGGPANTYAHYIATPEEYAIQRYEGASTLFGPNTLPAYINLTVSNIAYLSPS
STSTPAVGPSPPDNRANSLSFITGVVVDGAPAGRSFGQAIGQPSSSYTRGAVVNATFQAA
NPRNNLRLEGTYAAVEQLQSGKWVQIRTDADWFLVYTWTRTNFLLGYTLSKLHAQDMDHE
ESQDCDSSRNADFCKECWNAIIFDDSADEFFEGTNQADQPTLRHSREGGDMVELDSVRCW
DDTLPDLPMMAESAAAGCRMCGFLREELIRREISYDDDVYISAVYLYGGLPDLEVVFPTE
YGLAFWRCSVFTMEEGHLVAALNFGIETNDDALRQWLRLGLKRAPEPLDPQNVEWLQSEL
WDCEDACGHPEPASPFLPTRLLDMGKSDEEIPRLVVVEDMLNSREIDHVRYATLSYCWGP
EDDTLQQAKTTKATMSAHLKGIPLSSMSPVVRDTVRVCRALGIQYLWVDALCIIQEDKAD
WDRESHMMGKVYYSCLVTICPVSSRSCIQGYLGPRPQGLDVAFQSSHHEHIRGTYTLVHS
STDVDENDDRWPRPGPLKVDLNRSSWEKRGWTFQERLLSPRLIMFGSSMSYFACETVAKS
ETGYQVTDILQMSLRSTLEKAFGEVGDEMNHSAKSINGLYDIWDGTVINITTKIWTFPED
TFAGIAGLAQGFATITGDTYLAGLWKNQLHQQLLWEGSRPKTSDLPSFVHNLQHPDPYIA
PSWSWASQKIYVEEFCQPHYTAPSGSEVAASASPRKETQPSHNCPEVSLIDHRMDFQGRN
PFGPLSGAYLQLKGKTCPFPSDVERQAVRRHEDVRLSYSQFSGGIGTCKFDWAVSERSAQ
RPERMQLLCLSSCCSATTNWKHMKWLADCDDEDFDDWMPSDAEVGGMSFPNGYEDIDMCR
YCADPMHKRTGYGLVIHPAEEPGSYVRVGAFVLFAHKGGMDLFKDEAKEIKLI
NT seq 4482 nt   +upstreamnt  +downstreamnt
atgcctcgccactctcgttctggccttgagatgcctagacgctcgttcttcgccgtcttt
gctttgatttcgttcgtgctgctcgtcaccgtcagtctctcccagcttggaactcgacaa
ggtgccaccctcaagtttgaacgcaacgccgacggagagtggcatgccaaacccaagacg
cgtgctgcggcgggcgacaagtacctcctcggtgttggcaaggctgacatcactggtccc
gtcgtcgagattggctttgcagggtacgctgatctgagccaggtcggaaccggcttgaga
cagcggatctacagccgtgctttcattgtcggggatgtgagcaagccgagcgatcgcttc
gtctatcttgtgctagatacccagagtggcgacacggccattcgcaagggcatcctcgag
ggcgttgcagctcttggttcgggatactccgtgtataacaagaacaatgttgccgtgacc
gggactcatagccacgctggcccaggagcttggttcaactacctcctgccgcaggtcact
agcttgggctttgacaagcagagctaccaggctattgttgacggtgcagttctctccatc
aagagggcgcacgagtctctacaagagggatacctcgacgtcggaaccaccgaagtaact
gacggcgccatcaaccgcagtctatatgcctacctcaataaccccgcggcagagagggcc
aagtacagcgctaccactgatacgacactgaccctccttcgcttccagcgcgcctccgat
ggcaaaaacatgggtgtactcacctggtacccaacccacggcacctcaatccttcagaac
agcacgcacgtagcgggcgacaataagggtgtcgcggcgtaccttcttgagaaagacctc
gcgagtgacgcgagcgctgcgcctggcttcgtagccggcttcagccaggcgaatgtgggt
gataccacgcccaacgtactcggcgcctactgcgatgacggttccggccagcagtgtagt
ctggagaacagcacctgtgccgacggcaagagccagtcgtgccatggtagaggccccgcg
ttccaaaagttggatctggggatttcgagttgctacgagattggacgtcgtcaatatgcc
ggtgccaagtctgtctataatgccctggctacaacttccacccctgttacgggcaccagc
gtcaagtccttccacttcttccaagacatgtcatacttcaagtttccacttgcagatggc
accatcggccagacatgccccgccgccctcggctactcctttgccgcaggaacttcagac
ggccccggcgcttttgacttcactcaggccgactctggcacccctgatgccaaccctctc
tgggcagtcgtctccggtcttctcaggacccccagtgcagagcaggctgcttgtcaacag
ccgaagcctgtgttgctggacgttggtgaaatgagcaccccgtatgcttggagccccaat
attgtagacattcagatgctgcgtgttggacagctggtcattgtcgttgcgcctggtgag
gctacaactatgagtgggcggagatggaaggctgctgtcaaggaggctgcaaagagtatt
cttcctaatgatcctattgttgtcctcggtggtcccgccaatacctatgcccactacatc
gccacccctgaagaatacgctattcagcggtacgagggcgcatccaccctcttcggaccc
aatactctcccagcctacatcaacctcaccgtctccaacatcgcctacctctccccttcc
tccacatctacacccgcagtaggcccctcgcctccagacaaccgcgccaactctctttcc
ttcatcactggcgttgttgtagacggtgcgccagcaggccgctccttcggacaagccatc
gggcagccttcgtcgtcgtatactcgcggcgcggtagtcaatgccacattccaagccgcg
aacccgcggaataacctcaggctcgaggggacgtacgccgcggtggaacagctgcaaagc
gggaaatgggtgcagattaggaccgacgcggattggttcctcgtttacacttggacgagg
acaaatttcttgcttgggtatacgctatcaaaacttcatgcacaagatatggatcacgag
gagtcccaagactgcgattcctcgaggaatgcagacttttgtaaagaatgctggaacgcc
attatcttcgacgacagtgccgacgagtttttcgagggcactaatcaggcagatcagcca
accctgcgtcattctagagagggaggcgatatggttgaactagattctgtgcgctgttgg
gatgacacactacctgacttgcccatgatggctgaatccgctgctgctgggtgccgcatg
tgtggtttccttcgggaagagctcatacgacgagaaataagctacgatgacgatgtctac
attagtgcggtatacttgtatggtgggctaccagatcttgaagttgtctttcccactgaa
tatggtttggcgttctggaggtgtagcgtttttactatggaggaagggcatctggtcgca
gctctgaactttggaattgagaccaacgatgatgcattgcgtcaatggttaagattaggc
ctgaagcgcgcaccagagcctttggatcctcaaaatgttgaatggctccagtcggagctc
tgggactgcgaggacgcatgcggccaccccgaaccggcatcgccattcctacccacgagg
cttcttgatatggggaagagtgatgaagagatcccccgactagttgtcgttgaagacatg
ctcaactcacgcgagattgatcatgttaggtatgcgacactgagctattgttggggtccc
gaggacgacactctacagcaggctaaaactacaaaagcaacgatgtcagctcatttgaaa
gggatcccgcttagttccatgagccctgttgtccgtgacacagttagagtctgcagggcg
ctcggcattcaatacctttgggttgacgctctttgcatcattcaggaagacaaagcagat
tgggatcgtgagagtcatatgatgggcaaggtgtactattcttgcttggtgactatttgc
cctgtctcatcgcggtcttgcatccaaggatacctcggaccacggcctcaaggtctcgac
gtcgctttccaatcatcacatcacgaacatatcaggggcacctatacgctagtccactct
tctaccgatgttgacgaaaacgatgacaggtggcctcgtcccgggccactgaaggtagat
ctcaaccgctcctcatgggagaaaaggggctggactttccaggaacgacttctttcacct
cgtttgatcatgttcgggtcttctatgagctatttcgcctgtgaaaccgttgcgaaatca
gagactgggtaccaagtcaccgatatcctgcagatgtcactacgatctacgttggagaaa
gcttttggagaagtgggtgatgagatgaatcactcggcgaagagcataaacgggttatac
gacatttgggatggaaccgtcattaacatcacaactaagatctggacgtttcctgaggac
acttttgccggaattgctggccttgcccaagggttcgcgacgatcaccggcgatacatat
cttgcaggcttgtggaaaaatcagttgcatcagcagctgctttgggagggctcacggccg
aagacatccgacttgccctcattcgtgcataacttgcagcacccagacccgtacatcgcg
ccctcatggagctgggcatcgcagaaaatctacgtggaagaattttgccaaccacattat
acagctccaagtgggagcgaagtggctgcatcggcgtcaccgaggaaagaaacacaacct
agccacaattgccccgaagtttccctcatagaccatcgcatggattttcaaggtcgcaac
cctttcggccccctcagtggggcctatcttcaactcaagggcaagacatgcccctttccg
tctgatgtcgaaaggcaggccgtgaggcgtcacgaagacgtccgtctttcatactcgcaa
ttttcaggcgggattggaacttgcaagttcgactgggccgtcagtgagagatcggcacag
aggccggagagaatgcaattgctttgtttatcgagctgctgctcggcaacgacgaattgg
aagcacatgaagtggcttgcggactgtgacgacgaagattttgatgactggatgccgagt
gatgcagaagttggcggcatgtcgtttccgaacggttatgaagacatcgatatgtgccga
tactgcgcggatccgatgcacaagcgcacaggatatggccttgtgatccatcctgcagaa
gagcctggatcatatgtgagggttggagcctttgtgttgtttgcacataaggggggcatg
gacctcttcaaggatgaagcaaaggagataaaactcatttag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (23)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (48)   

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