KEGG   Eutypa lata: UCREL1_10291
Entry
UCREL1_10291      CDS       T03103                                 
Name
(GenBank) putative glucan -beta-glucosidase protein
  KO
K01210  glucan 1,3-beta-glucosidase [EC:3.2.1.58]
Organism
ela  Eutypa lata
Pathway
ela00500  Starch and sucrose metabolism
ela01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ela00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    UCREL1_10291
Enzymes [BR:ela01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.58  glucan 1,3-beta-glucosidase
     UCREL1_10291
SSDB
Motif
Pfam: Pectate_lyase_3 End_N_terminal Serglycin
Other DBs
NCBI-ProteinID: EMR62775
UniProt: M7T7Z8
Position
Unknown
AA seq 931 aa
MRLSTFLKASISALPLLSGLAGAAPTTAIQERQEAASTYWFANIKRQGVAAFGESGHTVF
RNVKDFGAKGDGSTDDTEAINKAVQDGPNRCIEQCDSRTNAPALVYFPPGTYLVSKPIIQ
TYYTQFVGDAVDVPTLKASAGFQGIAIIDANPYYTVADENGETQNWYINQNNFFRQVRNF
IIDIKDVTTGGAGIHWQVAQATSLQNIVFEMNPDTSSSNQQKGLYIENGSGGFMTDLTFN
GGGIGVDIGSQQFTIRNLTFNNCNTAIHMIWNWQFLVQDIQVNGGQVGINMTGNTWETIQ
VGSLILQDSKFSNVDVGVSTLYKPTLAMTNNTLILDNVDMSEGVPTAVEYAKDKTVLLPG
NQVVKSFAQGRQYSGDSGKAIQSTQNEITKPKALTTNGKIVSRNKPQYVDVSVDKFVSVK
AAGAKGDGKSDDTAAIQSIFNNVKEGGVVYFDHGAYLITDTILVPKNIKITGEMWPLLMA
TGEKFADESKPTPVFQIGQAGDIGDVEMSDLLIETKGPAPGAILMQWNLAGSQPGSSGLW
DVHFRVGGTAGTELQSDKCSKTPAVDTVPDPECFGVFMMLHLTSTASAYIENCWFWVADH
ELDMTDYNQINIYNGRGVLIESQKPVWLWGTASEHSQLYNYQVSNAKNLYMGVIQTETAY
MQGNPDATVPFVANQGWLDPDFTATCDGSSNSCARTWGLRVTNSSDIFMYGGGLYSFFDN
YGQICVDKQNCQDNMISIEESSVHFFGITTKASVNILTHNGRSIALDKDNRSTFGATVAL
FETTGGPQTDDDGNDGNDDGSGSGSGSDSGSSSSSSAGLSTHSVGRSVTESTAPSSTAIA
SSVQGGSDFGSTETPVPVVPTVTQSGFTSEPTVGPFPSTALITLFPTSSPDGAAGTPSTT
PAPIPTQTQSGDDEELVVVTVTVTATGPCDV
NT seq 2796 nt   +upstreamnt  +downstreamnt
atgagactttcaaccttcttgaaggcgtccatctcggcgctgcccctgctttctggtctt
gcaggggccgcccctacgactgccatccaagagcgacaggaggcagcttctacttactgg
tttgcgaacatcaaacgccagggcgttgcggcttttggcgagtcgggccacacagtcttc
cgcaacgtcaaggacttcggtgccaagggagatggatccacagacgataccgaagccatc
aacaaggctgtccaagacggccccaatcgatgtatcgaacagtgtgattccagaaccaat
gcccctgctcttgtatacttccctccaggtacctatcttgtcagcaagcccatcatccag
acctactacacccagttcgtaggtgatgccgtcgacgttcccacccttaaggcgtctgca
gggtttcagggcatagccatcattgatgctaacccctattacacggtggctgatgagaat
ggtgaaacccaaaactggtatataaaccaaaacaacttctttcgccaggttcgtaacttc
atcattgacatcaaggacgtcaccacgggcggtgccggtatccactggcaggtcgcgcaa
gcaacctctctgcaaaacattgtcttcgagatgaatccagacactagttcaagcaaccaa
cagaaaggtctctacattgagaatggatcaggtgggttcatgaccgatttgaccttcaat
ggtggcggcatcggtgtggatatcggaagccagcagttcacgattcgtaatcttacattc
aacaactgcaataccgctattcacatgatctggaactggcaattcctggtccaggatatt
caggtcaatgggggtcaagttggcatcaacatgactggcaacacctgggaaacaattcaa
gttggatccttaatccttcaagatagcaagttctcgaacgtcgatgtgggtgtcagcacc
ctatacaaacctaccctcgctatgaccaacaataccctgatcctagacaatgtggacatg
agcgagggagtcccaaccgctgtcgaatatgccaaagataagactgttctccttccagga
aaccaggttgtcaaaagttttgcacaagggcgacagtactcgggggactctggaaaggcg
attcaaagtacgcaaaatgagatcaccaagcctaaggctctgacgaccaacggcaaaatt
gtctctcgtaacaagcctcaatatgtggatgtttcggtcgacaaattcgtcagcgtgaag
gccgccggcgccaaaggtgacggcaagtcggacgacactgccgcgatccagtctatcttc
aacaacgtgaaggaaggcggtgtcgtctatttcgaccacggcgcgtacctcattacggac
accatcctagttcctaagaacatcaagattacgggagagatgtggccgcttctgatggct
actggtgagaagttcgccgacgagtcgaaaccaacccctgttttccaaattggtcaggcc
ggcgacattggagatgttgagatgtccgacctattgattgaaaccaaaggtccggcgccg
ggtgctatcctgatgcagtggaatcttgcagggagccaaccgggttcctctggtctctgg
gatgtccatttccgagttggcggtactgctgggaccgagctacagtccgataaatgtagt
aagacaccagctgtcgatacagttcctgaccctgagtgtttcggtgtcttcatgatgctc
cacctgacctctacggcctcagcttacattgagaactgctggttctgggtagccgaccac
gagctcgacatgaccgactacaaccagatcaacatctacaacggccgtggagttttaatt
gagtctcagaaaccagtttggctgtggggtacagcttcggaacacagccagctgtacaac
taccaggtcagcaacgcaaagaatctctatatgggtgtcatccaaaccgagacagcatac
atgcagggtaatcctgatgctaccgtcccattcgtagcaaaccagggctggttagaccct
gacttcaccgcaacttgtgacggctcttcgaatagctgcgcgcgtacatggggtcttcgc
gtcacgaactcgtcagatatcttcatgtatggaggtggtctctacagcttctttgacaat
tatggacaaatctgtgtcgacaaacagaactgccaagacaacatgatcagcatcgaggag
tcaagcgtccatttcttcggcattaccaccaaagcttcggtcaacatcctcacccataac
ggtagatctatcgcgctagataaagataaccgttccacgttcggagctacagtggcattg
ttcgagacaacaggcggcccccagacggacgatgatggaaacgacggaaacgacgacggc
tccggatcaggatcaggatcagattcgggctcgagttcgagctccagcgccggcttaagc
acccatagtgttggcaggtcggtaacagagtccaccgcaccttcgtcgacggcgatagct
tcatcggtccaaggcggctcagactttggttctactgagacgccagtcccggtcgtgccc
acggttactcagtcaggctttacttccgagccaaccgttggaccatttccttcgacagca
ctcatcaccctgttcccgacatcaagccccgatggagctgctggaacaccttcaactaca
ccagctcctattcccactcaaacacagagcggtgacgatgaagagttagttgtcgtgacc
gtcactgtcacggccaccggcccgtgtgacgtttga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (12)   
   KEGG ORTHOLOGY (1)   
   RefGene (9)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (28)   

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