KEGG   Clavispora lusitaniae CBS 6936: A9F13_10g00264
Entry
A9F13_10g00264    CDS       T05147                                 
Name
(GenBank) putative beta-glucosidase
  KO
K05349  beta-glucosidase [EC:3.2.1.21]
Organism
clus  Clavispora lusitaniae CBS 6936
Pathway
clus00460  Cyanoamino acid metabolism
clus00500  Starch and sucrose metabolism
clus00999  Biosynthesis of various plant secondary metabolites
clus01100  Metabolic pathways
clus01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:clus00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    A9F13_10g00264
  09106 Metabolism of other amino acids
   00460 Cyanoamino acid metabolism
    A9F13_10g00264
  09110 Biosynthesis of other secondary metabolites
   00999 Biosynthesis of various plant secondary metabolites
    A9F13_10g00264
Enzymes [BR:clus01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.21  beta-glucosidase
     A9F13_10g00264
SSDB
Motif
Pfam: Glyco_hydro_3_C Glyco_hydro_3 Fn3-like LRR_8 LRR_4 LRR_9 LRR_5
Other DBs
NCBI-ProteinID: OVF07906
UniProt: A0AA91T1C1
AA seq 1492 aa
MGTFGNDASIEGDVYLQKLATYIRRNEEGLANGLLCFSKVKTPNKVKPLRPSFTIHHLYY
LTDRIENSSLGVDVGPLNIKLDTPNHEPTFISFMANNARNSRHFDSDARSISSISSVKSI
VSSASVYWRSLAFSKDPKVIQKDLKYLYSSFTKIPCLILNPKTKINSISGYEEFPCDTSV
PLKMFKNLQVLELVEYEPNEVFGWHILSEQLRILIIRNSKVSDITEILFSLVVDDENGRS
AFNNSRQTKKHEHDEHGNNKYARRDRAMTSMAYPSSRDQHLPDTRTNTSSFTASGSERYH
VMLPDNKWFYLKQLTVCESSISSIPSFAFKPLHNLVKLNLSNNLLEDLPDGLDQLVNVKY
MNFADNYITSLRKLPSNLKHLTTLNFNNNKITNIEGLEKLRNVDKIDLRRNKLSSMSSLR
PILMQIVNEDSVLSNIFISGNQLPKTYRVDLFNLMNGAKPKNMIKIDDSRPGYFENAMLL
DAEGAKKCYEKFMNIETHDAPISPAQENIVSVPLPKSPEKRHRRVKSGSSVDEITPKVAS
MHLQELENSISRKHASVMTTASTTSTVKSPTKAPAVGATRGSISPSPSMLLPKSVSKSGP
LPLLPNQNLGNHANFGNTKIPSITRQSFHTPMINQNMNGSSSTLKSSSTMTRLDLDSTSI
QNPAPTLGGRIDGVWQDAYSKVRKLVSRMTILEKVNLTTGTGFASGPCSGNTGSVPRLGI
PSFCLQDGPNGVHATDFVTHYPSGLATGSTFNKALMYLKGKAIGREFRGKNVHMALAPVV
GPIGLKAQGGRNWESFGADPYLQGVGGGQMVKGMQEEGVVAVVKHFIANEQEYFRQEGEH
PADIVASISSDIDERTLHEVFMWPFADVVRAGCGGIVCSFNRVNGTYSCENSYLLGKMLK
EELGFQGFVVSDWGAQHSGVNSALAGLDMSMPGDIYDEWLEGKSFWGSSLTKAVYNNSVS
QERLDDMASRILAPFFASAGLYLPMENEVPNFSSWTLDTYGPQFPIQKTGPIVQQNKHVD
VRSTFGDDIALGLAREAIILLKNEGNSLPIRKNIRKMLVAGLGAGQDPDGLNCRDGTCSN
GFLTSGWGSAAVRNALTITPFQAIAQKAHSRGILVEYNHNNWNLEAIDEMQEVDMAVVVV
NAASGEGHIEIDGNYGDRKNISLWHNGDELIKHVAEKCSRTVVIVNAVGPVDMEPWINHK
NVVAVLFTAPLGQFGGVALAEVLFGEVNPSGKLPFTIAKKKSHYVPLVTESEDEEPHDDM
KRGFYLDYRYFDKHSISPRFCFGHGLSYSEFVFSDLRIKEKNQPLQFLSPGKNYLPVTSR
NKEDNRDPEEALFPENLQRQPGFIYPYLEEESLSDSDEEDFSYPPGYSTTHQSTPSTAGG
GLGGNPSLWTQVYDISARVTNIGRYGGAYSVQLYIEFPNSEFISPPKILRGFDKVYLEPH
SNGTVHFPILQRDLSVWNTEKAQWVIQKGVYRISIASSSEKVELYGEIDLSG
NT seq 4479 nt   +upstreamnt  +downstreamnt
atgggaacttttggcaacgacgcctcaattgagggagatgtttacctccagaaactagcg
acctacattcgaagaaatgaagaagggcttgccaatggtcttctttgtttttccaaagtg
aaaactccgaataaggtgaaaccgctccgacccagtttcaccatccaccatctttactac
ctcactgatcgcattgaaaactcctctttaggtgttgatgtcgggcccttgaacatcaaa
ttggacacaccaaaccatgaaccgaccttcatttcgttcatggccaataatgctcggaac
ctgcggcattttgacagtgatgcgcggtccatctcttcaatcagctcggtgaaatccatt
gtatcgagtgcatctgtctactggcgctctttggcattcagtaaagatcccaaagtgatc
caaaaggacctcaaatacctttactcatcctttacgaaaattccatgtttgatcttgaac
ccaaagacgaaaatcaacagtatttcgggctacgaggaattcccttgtgatacatcggtg
cctttgaaaatgtttaagaaccttcaggtattagagcttgtggaatatgagcctaacgaa
gtgtttggctggcacattttgagcgaacagcttcgaatcttgatcattcggaactctaaa
gtgagtgatatcacggaaattttgttctcgttggtggttgacgatgaaaacggcaggtcc
gcatttaacaattcccgccaaacgaagaagcacgagcacgacgaacatggaaacaacaag
tatgcgcgtcgtgatcgtgccatgacatcaatggcatatcccagctctagagaccaacat
ttaccggatacacgaacaaatacaagttcctttacagcttcaggctctgaaagataccat
gttatgttgccggacaataaatggttttatttgaaacagttaacggtgtgcgaaagctca
atctcgtccatcccaagctttgcatttaaacctttgcacaatcttgttaagctcaatctt
tcgaacaatttgcttgaagatctaccggatggtctagaccagcttgtcaatgtcaagtac
atgaactttgctgataattacatcacttccttgaggaagctaccgtccaacttgaaacat
cttactactctcaatttcaacaacaataagatcacaaacatcgaaggtcttgagaagtta
cggaatgttgacaaaatcgatttgcgccgtaataaactttcaagcatgtctctgttacga
cccattttgatgcaaatcgtcaatgaggattccgtgcttagtaacatttttatttctggc
aaccaattgcctaagacttaccgagttgatcttttcaacttgatgaatggtgcaaaacct
aaaaacatgataaagatcgatgactctcgtcctggatactttgagaatgcaatgcttctt
gatgctgaaggtgctaagaagtgctacgaaaagttcatgaatattgagacacacgacgca
ccaatatcaccagctcaagaaaatattgtttctgttcctttgccaaaatcacccgagaaa
agacacagaagagtcaaatccggtagtagtgttgatgaaattactccaaaagttgcatct
atgcatttgcaagaattggagaattcaatttccagaaaacatgcaagcgttatgactacg
gcatcgacgacaagtaccgtcaagtctccaactaaagcacccgctgtaggtgccacccga
ggaagcatatctcctagtccatccatgctcctccccaagctggtgtcgaagctgggtcca
cttcctcttcttcccaaccagaacttgggcaatcatgctaattttggcaacaccaagata
ccttctataaccagacagtcattccatactccaatgattaatcaaaatatgaatggatcg
tcatccacattaaagagctcaagcaccatgacacgtcttgatttggactctacgtcaatt
cagaaccctgccccgacgcttggcggccgtattgatggtgtgtggcaagatgcatattcg
aaagtccgtaagttggtgagtcgaatgactatactagaaaaagtaaacttgaccacaggg
acgggttttgcttcgggaccttgttcgggaaacacggggtcggttccaagactaggaatc
cctagtttctgcttgcaagatggccccaatggtgtacatgccactgattttgttactcat
tatccatctgggttagccaccggtagtacattcaacaaggcgctaatgtatttgaaagga
aaagcaataggaagagaatttagaggcaaaaacgttcacatggcacttgcgcctgttgtg
ggacccatagggttgaaagcacaaggtgggcgaaattgggaaagtttcggcgcagatccg
tatctacaaggtgttggtggagggcaaatggtgaagggaatgcaagaagaaggtgtggtt
gctgtggtgaaacatttcattgccaacgaacaggaatactttcgtcaagaaggcgagcac
cccgctgacattgtggcatctattagctctgatatcgacgagcgtactttgcatgaagta
ttcatgtggcccttcgccgacgtagttagagcaggatgcggcggaatcgtctgctctttc
aacagagtgaacgggacttactcatgtgagaactcgtacttgcttggaaaaatgttaaaa
gaggaattgggatttcaaggatttgtcgtttctgactggggtgcccagcatagtggcgtc
aattcggctctagcagggctcgatatgtctatgcctggcgatatctatgatgaatggcta
gaagggaaatctttttggggatcatctttaacgaaagcagtctacaataatagtgtttct
caagagagacttgacgatatggcttctcggatattggctccgttttttgcctccgctggc
ctatatctccccatggagaacgaagtacccaacttcagttcgtggactttggacacatat
ggcccccaattcccaatccaaaaaactggtcctatcgtgcagcaaaataagcatgttgat
gtgagatctacttttggcgatgatattgcacttggtttggctcgtgaagctattatcctt
ttaaagaatgagggaaacagccttccaatccgcaagaatatacggaaaatgcttgttgct
ggtttgggcgctggtcaggatccagatgggttgaattgcagagacggcacttgcagcaat
ggtttcctaacatctggttggggttccgctgcagttagaaacgcattgactattacacct
ttccaagcaatagcccaaaaggcccacctgaggggaatactcgtggaatacaaccacaat
aactggaatctagaggcaattgatgaaatgcaagaagttgatatggccgttgtagtggtg
aatgctgcatcaggagagggccatatagagattgatggaaactacggcgaccgcaagaat
atttctctctggcataatggagatgaattgatcaaacatgtggcagaaaagtgctcaagg
accgttgtcattgtcaatgcagtgggaccagtggatatggagccatggataaaccacaaa
aatgtcgtagctgtgctcttcaccgctccccttgggcagtttggaggagtggcattagca
gaagttttgttcggcgaagtcaatccttctggtaagctcccttttactattgctaaaaag
aagctgcattatgttccattggtgacagagtcagaagatgaggaacctcacgatgacatg
aagcgtggcttctacttggattacagatactttgataagcacagtattctgccccgtttc
tgcttcggccacggcttgtcttactcggaatttgtattctctgatttgcgtatcaaagaa
aagaaccagccgctacagttcttgtcgcccggcaaaaactacttgcctgtaactagtcgg
aacaaagaagataaccgtgatcctgaagaagcgttgttcccagagaatctacaaaggcaa
cctggttttatatatccttacctcgaagaggaaagtttgtcagatctggatgaggaagac
ttcagctatcccccaggttattccaccacacatcaaagtacaccctctactgcaggcgga
ggtctaggcgggaacccaagtctttggacacaggtgtacgatatcagcgcacgagtcacg
aacattggcagatatggaggcgcctattcagtccagttgtatattgagttcccaaattcc
gaattcatttctcctcccaagattttacgggggttcgataaagtttacttggaacctcat
ctgaacggtactgttcacttccctatattacagagggatttaagcgtatggaatacagaa
aaggcacaatgggttatacaaaaaggcgtctacagaatctccatagccagctcaagtgaa
aaagtggagctttatggtgagattgatcttagtgggtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (28)   
   KEGG COMPOUND (28)   
Chemical reaction (16)   
   KEGG ENZYME (1)   
   KEGG REACTION (15)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (63)   

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