KEGG   Saccharomyces cerevisiae (budding yeast): YGR032W
Entry
YGR032W           CDS       T00005                                 
Symbol
GSC2, FKS2
Name
(RefSeq) 1,3-beta-glucan synthase GSC2
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Pathway
sce00500  Starch and sucrose metabolism
sce01100  Metabolic pathways
sce04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:sce00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    YGR032W (GSC2)
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    YGR032W (GSC2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:sce01003]
    YGR032W (GSC2)
Enzymes [BR:sce01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     YGR032W (GSC2)
Glycosyltransferases [BR:sce01003]
 Polysaccharide
  Structural polysaccharide
   YGR032W (GSC2)
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-GeneID: 852920
NCBI-ProteinID: NP_011546
SGD: S000003264
UniProt: P40989
Position
VII:548264..553951
AA seq 1895 aa
MSYNDPNLNGQYYSNGDGTGDGNYPTYQVTQDQSAYDEYGQPIYTQNQLDDGYYDPNEQY
VDGTQFPQGQDPSQDQGPYNNDASYYNQPPNMMNPSSQDGENFSDFSSYGPPSGTYPNDQ
YTPSQMSYPDQDGSSGASTPYGNGVVNGNGQYYDPNAIEMALPNDPYPAWTADPQSPLPI
EQIEDIFIDLTNKFGFQRDSMRNMFDHFMTLLDSRSSRMSPEQALLSLHADYIGGDTANY
KKWYFAAQLDMDDEIGFRNMKLGKLSRKARKAKKKNKKAMQEASPEDTEETLNQIEGDNS
LEAADFRWKSKMNQLSPFEMVRQIALFLLCWGEANQVRFTPECLCFIYKCASDYLDSAQC
QQRPDPLPEGDFLNRVITPLYRFIRSQVYEIVDGRYVKSEKDHNKVIGYDDVNQLFWYPE
GIAKIVMEDGTRLIDLPAEERYLKLGEIPWDDVFFKTYKETRSWLHLVTNFNRIWIMHIS
VYWMYCAYNAPTFYTHNYQQLVDNQPLAAYKWATAALGGTVASLIQVAATLCEWSFVPRK
WAGAQHLSRRFWFLCVIMGINLGPVIFVFAYDKDTVYSTAAHVVGAVMFFVAVATLVFFS
VMPLGGLFTSYMKKSTRSYVASQTFTASFAPLHGLDRWMSYLVWVTVFAAKYAESYFFLI
LSLRDPIRILSTTSMRCTGEYWWGNKICKVQPKIVLGLMIATDFILFFLDTYLWYIVVNT
VFSVGKSFYLGISILTPWRNIFTRLPKRIYSKILATTDMEIKYKPKVLISQIWNAIIISM
YREHLLAIDHVQKLLYHQVPSEIEGKRTLRAPTFFVSQDDNNFETEFFPRDSEAERRISF
FAQSLSTPIPEPLPVDNMPTFTVLTPHYAERILLSLREIIREDDQFSRVTLLEYLKQLHP
VEWDCFVKDTKILAEETAAYENNEDEPEKEDALKSQIDDLPFYCIGFKSAAPEYTLRTRI
WASLRSQTLYRTISGFMNYSRAIKLLYRVENPEIVQMFGGNADGLERELEKMARRKFKFL
VSMQRLAKFKPHELENAEFLLRAYPDLQIAYLDEEPPLNEGEEPRIYSALIDGHCEILEN
GRRRPKFRVQLSGNPILGDGKSDNQNHALIFYRGEYIQLIDANQDNYLEECLKIRSVLAE
FEELGIEQIHPYTPGLKYEDQSTNHPVAIVGAREYIFSENSGVLGDVAAGKEQTFGTLFA
RTLAQIGGKLHYGHPDFINATFMTTRGGVSKAQKGLHLNEDIYAGMNAVLRGGRIKHCEY
YQCGKGRDLGFGTILNFTTKIGAGMGEQMLSREYYYLGTQLPIDRFLTFYYAHPGFHLNN
LFIQLSLQMFMLTLVNLHALAHESILCVYDRDKPITDVLYPIGCYNFHPAIDWVRRYTLS
IFIVFWIAFVPIVVQELIERGLWKATQRFFRHILSLSPMFEVFAGQIYSSALLSDIAVGG
ARYISTGRGFATSRIPFSILYSRFAGSAIYMGSRSMLMLLFGTVAHWQAPLLWFWASLSA
LIFAPFIFNPHQFAWEDFFLDYRDYIRWLSRGNNKYHRNSWIGYVRMSRSRVTGFKRKLV
GDESEKSAGDASRAHRTNLIMAEIIPCAIYAAGCFIAFTFINAQTGVKTTDEDRVNSTLR
IIICTLAPIVIDIGVLFFCMGLSCCSGPLLGMCCKKTGSVMAGIAHGIAVVVHIVFFIVM
WVLEGFSFVRMLIGVVTCIQCQRLIFHCMTVLLLTREFKNDHANTAFWTGKWYSTGLGYM
AWTQPTRELTAKVIELSEFAADFVLGHVILIFQLPVICIPKIDKFHSIMLFWLKPSRQIR
PPIYSLKQARLRKRMVRRYCSLYFLVLIIFAGCIVGPAVASAHVPKDLGSGLTGTFHNLV
QPRNVSNNDTGSQMSTYKSHYYTHTPSLKTWSTIK
NT seq 5688 nt   +upstreamnt  +downstreamnt
atgtcctacaacgatccaaacttgaatggacagtattacagtaacggtgatgggactggt
gacggtaattaccctacgtaccaagtgacacaggatcaaagtgcgtacgatgagtacggt
cagccaatctatacacaaaaccaactggatgatggttattatgatccaaacgaacaatac
gttgacggtacacaatttcctcagggacaagatccttcacaagaccaaggtccttataat
aacgatgctagttactataaccaaccccccaatatgatgaacccgtcttctcaagatgga
gagaacttctcagattttagcagctatggtcccccatccggcacttatcctaacgatcaa
tatactccttctcaaatgagttatcctgatcaagatggttcttcaggggcctcaaccccc
tatggaaatggtgtcgttaatggtaatggccagtactacgaccctaatgctattgaaatg
gctttaccaaatgatccatatcccgcatggaccgcagatccccagtctcccctgcccatc
gaacaaatcgaagatatcttcatagatttaacaaataaattcggttttcagagagattcc
atgagaaatatgtttgaccattttatgacccttttggactctagatcttctaggatgtct
ccagaacaggcccttttatcattacatgcagactacataggtggagatacggccaactac
aaaaaatggtactttgccgctcaacttgatatggatgatgaaattggtttcaggaatatg
aagttgggtaagctatcaagaaaggcaagaaaggctaagaagaaaaataaaaaagccatg
caagaggctagtcctgaagacactgaggagactttaaatcaaattgagggtgataactca
ttagaagctgcggattttagatggaagtcaaagatgaatcaactttctccatttgaaatg
gttcgtcaaattgccttgtttttattatgttggggcgaggcaaatcaagtcagatttacc
ccggagtgtctttgtttcatttataaatgcgcctctgattacttagattctgcacaatgt
caacaacgtcctgatcccttgcctgaaggtgattttttgaatagagttattactcctctt
tatcgttttattaggagccaggtttacgaaatcgtggatggtcgatacgtgaagagtgaa
aaagatcataacaaagttattgggtatgatgatgtcaatcaattattctggtatccagaa
ggtatagcaaaaattgtcatggaagatggaaccaggttgattgatttgccagcagaggag
cgttatttgaaattgggagaaattccctgggatgatgtcttctttaaaacttacaaagaa
acacgttcctggttacatttagttaccaacttcaatcgtatttggatcatgcacatctca
gtatattggatgtattgtgcttacaatgctccaactttttatactcacaactatcaacaa
ttggtcgacaatcagcctttggcagcttataaatgggccactgcagcattaggtggtact
gtggcaagtttgattcaagttgccgctactttgtgcgagtggtcattcgttcctagaaaa
tgggcgggtgctcaacatttgtcccgtagattctggttcttgtgtgtcattatgggtatt
aatttggggcctgtgatatttgttttcgcttatgataaggacacagtatattctactgcc
gctcatgtcgttggagcagttatgttttttgttgctgtggcaacacttgttttcttttcc
gtaatgccattgggtggattatttacatcgtatatgaaaaagtccacaagaagttatgtt
gcctcacagaccttcaccgcatcttttgctccattgcatggtttagacaggtggatgtct
tatttggtttgggtaaccgtttttgctgctaaatatgcagagtcatatttttttctaata
ctgtcactaagagatccaattaggattttatctactacatcaatgagatgtactggtgaa
tactggtggggtaataagatttgtaaggtccagccaaagattgttttaggtttaatgatt
gcgactgacttcattttgttctttttggatacctacttgtggtatatcgttgttaacact
gttttctcggtcggaaaatcgttctatttgggtatttctatcttaactccatggagaaat
attttcactagattgccaaaaagaatttattctaagatcttggctactactgatatggaa
ataaaatataaaccgaaagtactaatttctcagatttggaatgctatcattatctccatg
tacagagaacatttattagccatagaccatgtacaaaaattgttatatcatcaggttccg
tccgaaattgaaggtaagaggactttgagagcaccaactttctttgtttcccaagatgac
aataattttgagactgaatttttccctagagattcagaagctgagcgccgtatttcattt
tttgcccaatctctatccactccaattccagaaccactaccagttgacaacatgccaaca
tttactgtattaactccccattacgccgagaggattctattatcattgagagaaattatt
cgtgaagatgatcaattttcaagagttactcttttggaatacctgaagcaattacacccg
gtagaatgggactgttttgttaaggatacgaaaattcttgctgaagaaacggccgcatat
gaaaacaatgaagatgaacctgaaaaggaagacgctctgaaatctcaaattgatgattta
cctttctattgtattggtttcaaatctgctgcaccagaatacaccttacgtacgagaatc
tgggcctctttaaggtcgcaaactttgtatcgcacaatctcggggtttatgaattattcg
agggccataaaattactttatcgtgtggaaaatccagaaatcgttcaaatgttcggtggt
aatgctgatggattagaaagagaactggaaaaaatggcaaggcgaaaattcaaattcttg
gtttcgatgcaaagattggccaagtttaaaccacatgaactagaaaatgctgagttcctg
ttgagagcttatccggacttgcaaattgcctacctggatgaagaacctcccttaaacgaa
ggcgaagagccaagaatttactcggccttaattgatggtcattgtgagattttagagaat
ggtcgtagacgtcccaaatttagagttcaactatccggtaatccaattcttggtgatggt
aaatcagataatcaaaatcatgctttgattttttacagaggtgagtatattcaattgatt
gatgctaatcaagacaattacttggaagagtgtttgaaaatcaggtctgtcttagcagaa
tttgaagaattgggaattgagcaaattcatccttatactcctggtttaaaatatgaggac
caatccacaaatcatcctgttgcaattgtcggcgctagagaatatattttctcagaaaac
tctggtgttcttggtgatgtagcggctggtaaagaacaaacttttggtacattatttgcc
cgtactttggcacagattggtggtaaattgcattatggtcatccagattttattaatgcg
acattcatgactactaggggtggtgtttccaaagcacaaaagggtctacatttaaatgaa
gatatttatgccggtatgaatgccgtacttcggggtggtcgtatcaagcattgcgaatat
tatcagtgtggtaaaggtagagatttaggttttggtacaattttgaatttcactactaag
atcggtgctggtatgggtgaacaaatgttatctcgtgaatactattatttgggtacgcaa
ttacctattgaccgttttttaacattttattatgcgcatccagggtttcacttgaataac
ttatttattcaattgtctctgcagatgttcatgttaactttagtgaacttgcatgctttg
gctcatgaatccattctgtgtgtttacgatagggataagccaattactgatgttttgtat
ccaattggttgttacaactttcatcctgcgattgattgggtgagacgttatacactctct
attttcatcgtcttttggattgcttttgtccctattgtcgttcaggaattaatcgagcgt
ggtctgtggaaggcgacacaaagatttttccgtcacattttatctctatctccaatgttt
gaagtctttgctggccaaatctattcttcagcactgttaagtgatatcgctgtgggtggt
gctcgttatatttcaacaggtcgtggctttgctacatctcgtatacctttctctattctt
tattcaagatttgcgggttcagccatttatatgggatcaagatcaatgttgatgttatta
tttggtaccgtggcacattggcaagctccactattatggttttgggcatcattatcagcc
ttaatctttgcaccattcattttcaatccacatcaatttgcttgggaagattttttccta
gactacagagattatatcagatggctgtcaagaggtaataataagtaccacaggaactca
tggattggttatgtaagaatgtcgaggtctcgtgttactggtttcaagcgcaaactggtg
ggtgatgagtctgaaaaatctgcaggcgatgcaagcagggctcatagaaccaatttaatt
atggctgaaattataccgtgtgcgatttacgcagcaggttgttttattgccttcacgttt
attaatgcacaaactggtgtcaagactactgatgaagatagagtaaattccaccttacgt
atcatcatttgcaccttggcgcctattgttatcgatattggtgttttattcttctgtatg
ggtttgtcatgctgctctggccctttgttgggcatgtgctgcaagaaaactggttctgtt
atggcagggatcgctcacggtatcgctgttgttgtccatattgtctttttcattgtcatg
tgggttttagagggttttagttttgttaggatgttgattggcgttgttacatgtatacaa
tgtcaaaggttgatttttcactgtatgactgtactgttgctgacccgtgagttcaagaat
gatcacgctaatactgccttttggacaggcaaatggtacagcaccggtttaggatatatg
gcatggactcaaccgacaagggaattgactgcaaaagtcattgagctttccgagtttgca
gcggattttgttttggggcatgtaattttgatcttccaactaccagtcatttgtattcca
aagatagataagtttcactccatcatgttattttggttaaaaccatcccgtcaaatccgt
cctcctatttactctttgaaacaagcacgcctacgtaaacgtatggttaggaggtattgc
agcttgtactttttggtactgatcatattcgcgggatgcatcgttggccctgccgttgct
tcagcacatgttccaaaagaccttggatctgggttgacgggtactttccataacttggtt
caaccaaggaacgtatctaacaatgatacagggtcccagatgtctacttataagagtcat
tattacactcatacgccatccttaaagacctggtctacgatcaaatga

  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 (45)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NAGAHAMA-H (2)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (63)   

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