KEGG   Eremothecium cymbalariae: Ecym_2089
Entry
Ecym_2089         CDS       T02237                                 
Name
(RefSeq) Hypothetical protein
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
erc  Eremothecium cymbalariae
Pathway
erc00500  Starch and sucrose metabolism
erc01100  Metabolic pathways
erc04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:erc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    Ecym_2089
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    Ecym_2089
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:erc01003]
    Ecym_2089
Enzymes [BR:erc01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     Ecym_2089
Glycosyltransferases [BR:erc01003]
 Polysaccharide
  Structural polysaccharide
   Ecym_2089
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-GeneID: 11470494
NCBI-ProteinID: XP_003644659
UniProt: G8JPJ3
Position
2:158129..163195
AA seq 1688 aa
MDTSYYFDTDSNQVVTVPDLATGLDRFDDEDGEYVFRGEAMRRGRYGNDMDRRVSGGGTW
RSRGGHNLADKVLCEYAEETKRMFTHLQEVFMFQKDSCKNIYDYFVALVESRRRGDRNNF
EKAVDSLYADYVLGPNSNFYKWYRFVYGEDELPHWAYGTLNDRITQIALYLLIWGEANNL
RFMPELLCYIFSIMCNHYYANILHDAKDVEPFLEHAITPIYNYYYSQLTSGRDHSMIVGY
DDINQCFWNRTFIYMLPVKNIGPMNTILTDEHYSYFNRVNWEKCLVKTYYEKRTWFHVVT
NFHRVLVMHLSMYWYFLAFNTQPLFTGDYSVDQMNSPPLHVLFLLLSFSGVIASVITWGA
LIGEVIFIPRSSPVATPILGRLTVTTLSVLANLVPPSVFLALDLPILYSGYGLVISIAQF
AFSVITVVYYTLQPLKHLYTKAKDDPFTSNIYPLSRNSQMASVTMWILIFASKFVESYYF
LTVSVKDPIRELYVLQINNCNEDAWLGKWICENHGKIVTALLILTHCVLFFLDTYLWYII
YSTLFSTLRAVHLGITAWTPWKNIFYELPQRFCEKMLLRKTVTDEEYDEDNEVRNNTKIE
GRNGTTYDILSFGAIWNEIVLSMYREHILSYEHVSRLKYHIDDKGVLQSPELFSNRKLKV
FKRSVFGKSAEAKRRLGFFAKSLSCPIPDLVPISEMPMFTVLIPHFKEKIILSIKDIVKG
ESDSTHVILLEYLKLLYADDWKTFIQETGSLYNEDEEKIDGSILNSENLEERAMFSLPYS
FAGFKTDTPEYTLRTRIWASLRTQTLYRTLVGFMKYKDAISILHRNETKCTLEEASEMSL
SKFRIVCSMQRMFKFTHEELEDRDYIMSVFPNLQIASVEEEYDRETGKKIYYSCLIDGYC
DTTEDGKWKPRYKIRLSGNPIIGDGKSDNQNHAIIFCRGEYLQLIDANQDNYLQECLKIR
SVLSEFENDIPYRVGSEVDAGTAVSPVAIVGSREHVFSEKTGVLGDIAAGKEQVFGTLFA
RTLSYIGGKLHYGHPDFVNVVFVAPRGGVSKAQKGLHLSEDVFVGMNSILRGGRIKHCEY
TQCGKGRDLGFGSILNFATKISAGMGEQILSREYFYLCSNLPLDRFLSFYYAHPGYYLNN
ASIILSITLFMALILNIAVLVDSSEICDDTSNPNTRPPQPSCANIMPVIRWLRRSVLSIF
VVSTASFFPMFIEDISEKSLLTGVRRILKHLVTGAPMFEIFVCKIFSGSIINDLYAGGAR
YISTGRGLAVIRVSFANLYSKFAPESFYFSFCCLLVLMFASSTMWDPLLIYFWFTISALL
MSPFIFNPNQFSWNDFIVDYKNYWKWLTSSRIGANADSWVSYTRNYHLRNSNLQTSFIGA
PKIKELLSVSKRTIWALLIFIPYIFFNSKSSFAFDTNTMQFVVMRIVILSALPIALDAAW
LLILFATSMSLGPMMKKTAPSFAKVMSSIAHGFGIISHVVSFGIMCVLQKWDLNFIIVSL
LTATLLESLFLSIIGLLDFSSNKYAEKSNFAWWSGQWFKEEVTWRLCIEPLFEYIRKILE
LSWFCADFVLGHLLLFFQIPILLVPNVNKIHSFMLFWKKAGYQIRPLLFSRKIKKKRQRI
ARLYSIIFVVMLAIFVVLFVSPLVLDKVFHLRFEHTVPAKIRVLFHTDPRPYIYKTGQGF
RKVNGERM
NT seq 5067 nt   +upstreamnt  +downstreamnt
atggacacaagttactactttgatacagatagcaaccaggttgttacggtgcctgatctc
gcaacgggattggatcgatttgatgatgaagatggagaatatgtatttcggggagaggct
atgcgaagggggcgatatggtaacgatatggataggagggttagtggtggaggaacttgg
aggagtagaggtggacataatcttgcggataaggtgctatgtgaatacgcagaggagaca
aagaggatgtttacgcatttacaggaggtttttatgtttcaaaaggacagctgtaagaac
atttacgattattttgtggcattagttgagtcgcgcagacgtggggataggaataacttt
gagaaggcggtagattcgttatatgctgattatgtattgggacctaatagtaacttttac
aagtggtaccgatttgtgtacggtgaagatgagttaccacactgggcgtacgggacgctt
aacgatcgtattacacagattgcattgtacttgttgatatggggggaggcgaataatcta
cggtttatgcctgagttgctatgctacattttttctattatgtgcaatcattattacgca
aatatacttcatgatgcaaaggatgtggaaccatttttggagcatgcaattacacctatc
tataattattattactcgcagctaacatcaggtagagatcattctatgatcgttgggtac
gatgacataaaccagtgcttttggaaccggacattcatttacatgcttccagttaagaat
ataggtcctatgaatacaattttaacagatgagcattattcttacttcaatagggtcaac
tgggaaaaatgtctcgtaaagacttattatgaaaagaggacgtggtttcatgtggtgacc
aacttccacagggtcttggtgatgcacttgtcaatgtattggtattttttggcttttaat
actcaacctttattcacaggggattattcagtggatcagatgaacagtccaccattacat
gttcttttccttttattgtcattttctggcgtgattgcttcggttataacttggggagct
ttgattggtgaggtcatctttattccaagaagttctcctgtggcgactcctattctcggc
agattgactgtgactactctttctgtgttggcaaatttggtgcctcctagtgtgtttctt
gcacttgatcttccaatattatattcagggtatggtttagtaatctcaatagcacaattc
gcgttttctgtcattactgttgtgtattacacgttacaaccattgaagcacttatacacc
aaggccaaggatgatccatttacatctaatatttacccattatcaaggaattctcaaatg
gcgtcagtgactatgtggattcttatttttgcttccaaattcgttgaatcgtattacttt
ttgacagtatctgtaaaagatccaattagagaattatatgttctccagataaacaattgc
aacgaagatgcctggttaggaaaatggatttgtgaaaatcatggcaaaattgtgactgct
ttactcatacttacccactgtgtccttttctttctagacacctatctatggtacattatc
tatagtacgctgttctcaacattgagagcagttcacctcggtattactgcatggacacca
tggaaaaatatcttttatgaattaccgcaaaggttttgtgagaaaatgttgttacgaaaa
acggttactgatgaagaatatgatgaggataacgaggttcgtaacaatactaagatcgaa
ggcagaaatggtaccacctatgatattctttcctttggagccatttggaatgaaattgtt
ttatcaatgtatagagaacatattttatcgtatgaacatgtttcgaggttaaaataccat
atagatgataagggtgtattgcaaagcccagaacttttctccaacagaaaattaaaggtt
tttaaacgatcagtatttgggaaatctgctgaagcaaaaagaagacttggattctttgca
aagtcattatcatgtccaattccagatctcgtacccatctcagagatgcccatgtttaca
gtgttaatcccccatttcaaagaaaaaataattttgagtatcaaggatattgtaaagggt
gaaagtgatagtactcatgttatcttgttggagtatttgaaattattgtatgccgatgat
tggaaaacatttattcaagagacaggatctttgtataatgaagatgaggaaaagatagat
gggtccattctaaatagtgagaacctagaagaaagggccatgtttagtctgccatattca
tttgctggtttcaaaacggatacccctgaatacactctaagaacgagaatatgggcaagt
ttaagaactcaaactttatatcgtacgcttgttggatttatgaagtataaagatgctata
tctatattgcatcgaaatgaaaccaaatgcactttagaggaggcttcagaaatgtcacta
tctaaatttagaatcgtatgttcgatgcaaagaatgttcaaatttactcatgaagaactt
gaagacagagattatataatgtctgtgtttcccaatttgcaaattgcgtcggtggaagaa
gaatatgatcgtgaaactggaaagaaaatatattacagttgtttgatagatggttattgt
gatactacagaggatgggaaatggaaacccagatataagattcgtttgtcggggaatcca
ataattggcgatggaaaatcggataatcaaaaccatgcgataatattttgtagaggagaa
tatttgcaattaatcgatgccaatcaagataattatttacaggaatgtttaaaaattagg
agtgttctaagtgaattcgaaaatgatatcccatatagggtaggttcagaggtagatgca
ggaactgcggtgagtcccgtagccattgttggttctcgtgagcatgttttctctgagaaa
actggtgttcttggtgatattgcagctggtaaagaacaagtatttggcaccttatttgca
cgtacgttatcctatattggtgggaaattacactacggtcatccagattttgttaatgtt
gtgtttgtggcacctagaggaggcgtttcgaaagcacagaaaggtttacacttgagtgaa
gatgtattcgttggtatgaattccattttaagaggcggtagaatcaaacactgtgagtat
acacagtgtggcaagggcagggatcttggatttgggtcaattctcaactttgcgactaaa
attagtgctggtatgggcgaacagatattatctagagaatatttttacctatgttcgaat
cttccgttggaccgttttctcagtttctactatgcacatccaggttattatttgaataac
gcttcaattattttatctataactttgttcatggcattgattttaaatattgctgttctt
gttgatagcagcgaaatttgtgatgacacatcaaatcctaacacaagaccacctcaacct
agttgtgctaatataatgcccgttatcagatggctaagaagatctgttttaagtatattt
gttgtttccactgcatctttctttccaatgttcattgaagatataagcgaaaaaagttta
ttaactggtgtaagaaggatactcaaacatttggttacaggagccccaatgtttgaaata
tttgtttgtaaaatcttttccggttcaataataaatgatttatacgccggtggtgctcga
tatatctccacaggacgtggattggctgtcattagggtatcatttgcgaatttgtactct
aagttcgctccagagagcttttacttttcattctgctgcttgcttgtccttatgtttgct
agttcaacgatgtgggaccctttattaatatatttctggtttacaatttcagcattattg
atgtctccattcatttttaatccaaatcaattttcttggaacgatttcatcgttgattat
aaaaactactggaaatggttaacaagcagtcgtattggtgcgaatgcagattcgtgggta
tcatacactcgtaactaccatttgagaaattccaatttacaaacttctttcattggagct
ccaaagattaaggagttgttaagtgtttctaagcggacaatttgggcattattgattttc
attccatatatattttttaactctaagagttccttcgcttttgataccaataccatgcaa
tttgttgttatgcgtattgttatactttccgctctcccaattgcattagatgcagcctgg
ttattaatcttgtttgctacatccatgagtcttggcccaatgatgaaaaagacggcacca
agttttgccaaagtaatgagttcaattgcacatggttttggtattatctcacatgttgta
tccttcggtataatgtgtgtattgcaaaaatgggatttaaactttatcatcgttagcctg
cttactgctactctgttggaatccctgtttctaagcataattggattacttgatttttca
tctaacaaatatgcagaaaagtcaaactttgcatggtggtctggccaatggtttaaagaa
gaagtcacctggaggttatgtatagagccattatttgagtatattcgcaagattttggaa
ttgagctggttttgcgcagactttgtattaggacacttgcttttattcttccaaatcccg
attctattggtgcctaacgtgaacaagattcattcattcatgttgttttggaagaaggca
ggatatcaaattagacctttgctattttcaagaaagataaagaaaaagaggcaaagaatt
gcaaggctatactccataatatttgtggtcatgctagccatatttgttgtcttatttgta
agccctttggttctggacaaagtgttccacctaagatttgaacacactgtacccgccaaa
atacgtgttttattccacacggacccaaggccttacatttataaaactggtcaaggattt
agaaaagtaaacggagaaaggatgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (21)   

Download RDF
DBGET integrated database retrieval system