KEGG   Mollisia scopiformis: LY89DRAFT_588789
Entry
LY89DRAFT_588789  CDS       T04865                                 
Name
(RefSeq) putative 1,3-beta-glucan synthase component FKS1
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
psco  Mollisia scopiformis
Pathway
psco00500  Starch and sucrose metabolism
psco01100  Metabolic pathways
psco04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:psco00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    LY89DRAFT_588789
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    LY89DRAFT_588789
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:psco01003]
    LY89DRAFT_588789
Enzymes [BR:psco01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     LY89DRAFT_588789
Glycosyltransferases [BR:psco01003]
 Polysaccharide
  Structural polysaccharide
   LY89DRAFT_588789
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1 Aminotran_1_2 Cys_Met_Meta_PP
Other DBs
NCBI-GeneID: 28819228
NCBI-ProteinID: XP_018069077
JGI: 588789
UniProt: A0A194X4G8
Position
Unknown
AA seq 2488 aa
MSGHPQQGHYDEGYGQHQQGNTDSYYQDEQGQGYYDQHGAGYAEPGHHQGADGYYDESGY
YNADANNPYQHEGGYYEGQEHGGQYQDEYYNDQYYEQGAPAAGQQPQGQNYPKQRRGDSE
EDSETFSDFTMRSDMARAADMDYYGRGDERYNSYNESQMGGRGYRPPSSQISYGGNRSSG
ASTPNYGMDYNNVLPAGQRSREPYPAWTSDAQIPLSKEEVEDIFLDLTAKFGFQRDSMRN
MYDHMMTLLDSRASRMTPNQALLSLHADYIGGDNANYRKWYFAAHLDLDDAVGFANMKLG
KGNRRTRKARRAAKKKAQMDPQNEQQTLEQLEGDNSLEAAEYRWKTRMNRMSQHDRVRQI
ALYLLCWGEANQVRFMPECLCFIFKCADDYLNSPACQNLVEPVDEFTYLNNVITPLYQYC
RDQGYEIQDGKYVRRERDHNKIIGYDDCNQLFWYPEGIELIVMDDKTRLVDFPPPERFLK
LKDVNWNKVFFKTYKETRSWFHMLVNFNRIWVIHITAFWFYTAKNSPTLLVKNYEQQVNN
QPPASAQWSAVALGGAVACLIMIGATIAEWTYVPRRWAGAQHLTRRLFFLIGMLVLNAGP
SVYIFFVKDTQETKLALILGIVQFFIALFSFFFFAVMPLGGLFGSYLTKNSRQYVASQTF
TASYPRLTGNDMWMSYGLWVCVFAAKLVESYFFLTLSFRDPIRYLASMKIEHCIGDKIIG
TTLCFQQPKILLGLMFVTDLCLFFLDTFLWYIIMNTIYSVARSFYLGVSIWTPWRNIFSR
LPKRIYSKVLATTDMEIKYKPKVLISQIWNAIVISMYREHLLAIDHVQKLLYHQVPSEQE
GKRTLRAPTFFVSQEDHSFKTEFFPSQSEAERRISFFAQSLSTPIPEPLPVDNMPTFTVL
IPHYSEKILLSLREIIREDEPYSRVTLLEYLKQLHPHEWDCFVKDTKILADETSQFNGDY
EKSEKDTAKSKIDDLPFYCIGFKSAAPEYTLRTRIWASLRSQTLYRTISGFMNYSRAIKL
LYRVENPEVVQMFGGNSDKLERELERMARRKFKLVVSMQRYAKFKKEEMENTEFLLRAYP
DLQIAYLDEEAPLVEGEEPRLYSALIDGHSEIMENGMRRPKFRIQLSGNPILGDGKSDNQ
NHAIIFYRGEYIQLIDANQDNYLEECLKIRSVLAEFDEMTTDNVSPYTPGVDNPKTDPVA
ILGAREYIFSENIGILGDVAAGKEQTFGTLFARTLASIGGKLHYGHPDFLNGIFMTTRGG
VSKAQKGLHLNEDIYAGMTALLRGGRIKHCEYYQCGKGRDLGFGSILNFTTKIGTGMGEQ
MLSREYYYLGTQLPLDRFLSFYYAHPGFHLNNMFIMVSVQMFMICLINLGALRNQTILCD
YNVNVPITDPLFPTGCANITPVLSWVYRCIISIFIVFFISFVPLVIQELTERGFWRAATR
LGKQFCSLSPFFEVFVCQIYANAVQQDLSFGGARYIGTGRGFATARIPFGVLYSRFAGPS
IYLGARSLMMLLFATLTVWQPALIYFWVTLLAMCASPFIYNPHQFAWNDFFIDYRDFLRW
LSRGNSRSHSSSWIAFCRLSRTRITGYKRKALGDPSSKMSGDVPRAAFTNLFFGEIIGPL
LVVAVTLIPYLFINSQVGVVQDNNGDKELYATNALIRVAIVAFAPIGINAGVLAAMFGMA
CCMGPLLSMCCKKFGSVLAAIAHGIAVVMLLVLFEVMFFLEGFVFAKALLGMIAATAIQR
FIYKLIIALALTREFKSDTSNIAFWTGKWYSMGWHTMSQPAREFLCKITELGMFAGDFVL
GHVLLFIMLPVIAIPHVDKAHSVMLFWLRPSRQIRPPIYSMKQSKLRKRRVFRYAALYFL
MFVVALALLVGPIVAGSQILSGASSLTDKPSGTFYLFQPTGLNNNDTLGRNQTGTGALST
GAASTASATAKIRLKLKHTNPHHPDELQTPSFPRTPIMSFFNTSIENMEFQEAQKFVVRS
VNEITSTFQKVPGSAMLIRYIRSSYQDDPVRSAIELVLVIFFIRYLLSPSYSTKNGNFVK
LTEEEIDDLVDEWQPEPLVAPETAFEEAQHEKLPVIVGPTGPRVKLSNGRTVTNLASYNF
YNFVGNDQVKEKAIQTLRTYGVGPCGPPQFYGTQDVHMKTEADIASCLGTEGCIVYAQAF
STISSVIPAFCKRGDIIVADRAVNYAIRKGLQICRSTIRYYEHNNMEDLERVLQKVVKDQ
AKKPLTRRFIVTEGLFETVGDCVDLPKLVELKLRYKFRLMLDETWSFGVLGRTGRGLTEA
QNVDASQVDMLVGSLAGPLCAGGGFCAGSTDVVEHQRISAASYTFSAALPAMLATTASET
LNMLQTTPEILVQCRENIKAMRAQLDPRSDWVHCTSSLENPIMLLVLKKDVVNSRRLSLA
EQEVVLQECVDETLANGVLITRLKSMPVASGSNGKDDNEWKLQPALKVCITTGLSKKEIE
KAGVIIRHAITKVLTRKTSQKLALPVVS
NT seq 7467 nt   +upstreamnt  +downstreamnt
atgtcgggacacccacagcagggtcattacgatgaaggctacggccaacatcaacaagga
aatacggattcctattaccaagatgagcaaggccaaggctactatgatcaacacggagca
ggctacgctgagccgggccaccaccaaggagcggatggatattacgacgaatccggatac
tataatgcggacgccaacaatccataccaacatgaaggaggctactacgagggccaggag
cacggcggtcaataccaagacgagtactacaatgatcagtactacgagcagggagcgccc
gctgctggtcagcaaccgcaaggccaaaactaccccaagcagcgccgcggcgattctgag
gaggattcagagacgtttagcgattttaccatgagatcagacatggccagagctgccgac
atggattactacggtcgaggcgatgagcgatacaacagctacaacgagagccagatgggt
ggacgaggataccgtcctccgtcgtctcaaatctcatacggcggaaatcgatcgtctgga
gcctccacgccaaactatggaatggactacaacaacgttctgcctgccggacaacgctcc
cgtgagccatacccagcctggacatctgatgctcagatccctctttccaaggaggaagtt
gaggacattttcttggatctgacagccaagtttggtttccagcgtgacagcatgcgaaac
atgtacgaccatatgatgactctccttgactctcgagcttctcgtatgacaccaaaccaa
gcacttctgtctttgcacgcagattacattggaggtgacaacgccaattaccgaaagtgg
tattttgctgctcacttggatctggatgatgctgttggatttgccaacatgaaattgggc
aaaggcaatcgacgaacccgcaaggctcgcagagctgccaagaagaaggctcagatggat
cctcaaaatgagcaacaaactctggagcaattggagggcgacaacagtcttgaggctgcc
gaatacagatggaagactcggatgaaccgcatgtctcaacatgaccgtgtccgtcaaatc
gctctctaccttctctgctggggtgaagccaatcaagttcgtttcatgcccgagtgtctc
tgcttcattttcaagtgtgcagacgattacctcaactccccagcttgccaaaacctggta
gagccagttgatgagttcacctacctcaacaacgtcatcactcctctgtatcaatactgc
agagaccaaggttacgagattcaggacggcaagtacgttcgtcgtgagcgtgaccacaac
aagatcattggttacgatgattgcaaccagctgttctggtaccctgaaggtatcgagttg
atcgtcatggacgacaagactcgacttgttgatttcccaccgcccgagcgtttcctcaag
ctcaaggatgttaactggaataaggttttcttcaagacatacaaggagactagatcttgg
ttccacatgctggtcaacttcaaccgcatttgggtcatccacatcaccgccttctggttc
tataccgcgaagaactccccaactcttttggtcaagaattacgagcaacaagttaataac
caacctcctgcatctgcacaatggtcagctgttgcacttggtggtgctgttgcctgtctt
attatgattggtgccaccatcgcagagtggacttacgttcctcgacgatgggccggagct
caacatctgacaagacgacttttcttcctcatcggtatgctggttctcaacgcaggcccc
agtgtctatattttcttcgttaaagacacacaagaaaccaaacttgcgttgatcctcggc
atcgtacaattcttcattgccttgttctcgttcttcttcttcgctgtcatgcctctgggt
ggactgtttggaagctacttgacaaagaactcgagacaatatgttgccagtcaaactttc
acggccagctacccaagacttaccgggaatgacatgtggatgtcatacggtctgtgggtg
tgtgtattcgcggccaagcttgtcgaatcatacttcttcttgaccctgtctttcagagat
cccatcagatatctagcgtcgatgaagattgagcactgcatcggtgacaaaattatcgga
acaacgctttgcttccagcaaccgaagattctcttgggtttgatgttcgtcaccgatctg
tgcctcttcttcttggacacgttcttgtggtacattatcatgaacactatctactccgtg
gcacgctctttctacctcggtgtttcgatctggactccatggagaaacattttctctcgc
cttcccaagcgtatctactcaaaggtgcttgcgactactgacatggagatcaagtacaag
ccaaaggtcttgatctctcaaatctggaacgccattgttatctccatgtaccgtgagcat
cttcttgctatcgaccatgtgcagaagttgctctaccaccaagtaccctctgaacaagaa
ggaaagagaaccttgagagccccaacgttctttgtctcgcaagaagatcactcttttaag
accgaattctttcccagccaaagcgaggctgagcgtcgtatttcgttcttcgcacagtct
ctttctacgccaattcctgagcctctccctgttgacaacatgccgactttcactgtcctg
attccccactacagcgaaaagattcttctttccttgcgtgagattattcgagaggacgaa
ccatactctcgtgttactctcttggagtacctcaagcagcttcatccgcatgaatgggat
tgcttcgtcaaggatactaagattctggctgatgagacctctcaattcaacggcgactat
gagaagagcgagaaggacacagccaagagcaagattgatgatcttcccttttactgcatt
ggtttcaagtctgcggcccctgagtacactctcagaactcgtatctgggcatctctgcgt
tcgcaaaccctctaccgtaccatctctggcttcatgaattacagccgtgccatcaagctc
ctttatcgcgtagaaaacccagaagtcgttcaaatgttcggcggcaactctgacaaactt
gaacgtgaattggaacgcatggctcgccgcaagttcaagctggttgtttccatgcaacga
tatgccaagttcaagaaagaggaaatggaaaacaccgagttcctcctccgtgcttatccc
gatcttcaaatcgcataccttgacgaggaagcaccattggttgaaggcgaggagccccgt
ctctattctgctctcattgatggccactcggaaattatggagaacggcatgcgtcgacca
aagttccgtattcaactctctggcaacccaattcttggtgacggaaagtctgacaatcaa
aaccatgccatcatcttctaccgtggtgaatacatccaacttatcgatgccaaccaggac
aattatctcgaagaatgtctcaagattcgaagcgttcttgctgaattcgatgagatgacc
actgacaacgtttcgccttatactcctggtgtcgacaaccccaaaaccgatcctgttgcc
attctcggtgctcgtgaatacattttctccgagaacattggtatccttggagatgttgcc
gctggaaaggaacagacattcggtaccctcttcgcccgtactcttgcatccattggtggt
aaactccattacggacatcctgatttcctcaatggtatctttatgaccacacgtggaggt
gtatcgaaggctcagaagggtctgcatcttaacgaagatatctacgccggtatgactgca
ctcctccgtggtggtcgcatcaagcattgcgagtactatcagtgcggcaagggtcgtgat
ttgggttttggctctattctcaatttcaccaccaagattggaactggtatgggtgagcaa
atgctctctcgtgaatactactacctaggaactcaattgccgttggatcgtttcttatcc
ttctactacgctcatccaggtttccatttgaacaacatgttcatcatggtgtctgtgcag
atgttcatgatctgtctcatcaacttgggagcccttcgaaaccaaacgatcttgtgcgac
tacaatgtcaacgttcctatcaccgatcctctcttccccactggctgcgcaaacatcaca
cctgttctgagctgggtctaccgttgcatcatctccattttcatcgtgttctttatttcc
ttcgtgcctttggtcattcaggaattgacagagcgtgggttctggcgtgctgctactcgt
ctcggcaagcaattctgctcgttgtctcccttcttcgaggtcttcgtctgccagatctac
gcaaacgctgttcaacaggatttgtcgttcggtggtgcaagatatatcggtactggacgt
ggttttgccactgcccgcattccattcggtgttctctactctcgattcgccggtccatcc
atctatcttggtgcccgctcattgatgatgcttctcttcgctacgctcactgtctggcaa
ccagctttgatctacttctgggtcactcttcttgctatgtgcgcttctccattcatctac
aacccacatcaatttgcatggaacgacttcttcatcgactaccgtgacttccttaggtgg
ttgtccagaggtaactcacgctcgcattcctcgtcttggatcgctttctgtcgcttgtct
cgaactagaattactggttacaagcgcaaggctctcggagatccgtcttccaagatgtct
ggagatgttcctcgagcagctttcaccaacttgttctttggagagatcatcggtcccctt
ctggtagtcgctgtcaccttgattccctacctcttcatcaactcccaggtcggtgtcgtc
caggacaacaacggagacaaggagctctatgcgaccaacgcccttatccgtgttgctatc
gtggcatttgcccccattggtatcaacgcaggcgttcttgcagctatgttcggaatggct
tgttgtatgggcccgcttctgagtatgtgctgcaagaaattcggctctgttcttgcagct
attgcccacggtattgctgttgtcatgctcctggtcctgttcgaagtcatgttcttcttg
gagggcttcgtgttcgctaaagctcttttgggaatgatcgctgccactgccattcaacga
ttcatctacaaactcatcattgctctcgcattgaccagagaattcaagagcgatacttcc
aacattgccttctggactggtaaatggtactcaatgggatggcacacaatgtctcaacca
gcaagagaattcctttgcaagattacagagcttggcatgttcgctggcgactttgttctt
ggccatgtccttctcttcatcatgcttcctgtcattgccatccctcatgtcgataaagca
cattccgtcatgctgttctggcttcgtcccagtcgacaaattcgtcccccaatttattcc
atgaagcaatccaagctccgaaagagacgtgtcttccgatatgccgcgctctacttcctc
atgtttgttgttgctcttgctcttctggtcggtcctattgtcgcaggttctcagattctc
tctggagccagcagtctcactgacaagccttccggaacgttctacctgttccaacctact
ggtttgaacaacaacgacactcttgggaggaaccagactggtactggcgctctcagcact
ggtgccgcctcaacggccagtgcgaccgccaagattagactaaagttaaaacatacaaac
ccgcatcatccagacgaacttcaaactccctcctttccgcgcacccctattatgtcgttc
ttcaacacctcaatcgagaacatggagttccaagaagcgcaaaagttcgtcgtgcgatcc
gtcaacgagatcacgagcacgttccaaaaggttcccggctcggccatgctcatccgctac
attcgctcgagctaccaggacgatccggtgcgcagcgccatcgagctcgtgctggttatt
ttctttatccggtatctgttaagtccgagttattcgacgaagaatggaaattttgttaag
ttgaccgaggaggagattgatgatttggtggatgagtggcagccggagcctttggttgcg
cccgagacggcgttcgaggaggctcagcatgagaagttgcctgtcattgttggaccgact
ggaccgcgagtcaagctctcgaacggcagaaccgttaccaacctcgcgtcctacaatttc
tataacttcgtcggcaacgaccaggtcaaggaaaaggcgatccagactctgcggacttat
ggcgtgggaccgtgtggtcctcctcaattttatggtacccaggatgttcacatgaagact
gaggcggatattgcgtcttgtctgggcacggaagggtgtattgtctatgcccaagcgttt
tcgacgatttctagcgttattccggctttttgcaagagaggtgatatcattgtcgctgat
cgtgcggtcaattatgctataaggaaggggttacagatctgcagaagtacgattcgttac
tatgagcataacaatatggaggatttggagagggttttgcagaaggttgttaaggaccaa
gccaagaagccattgacaaggagattcattgttacggagggattgtttgaaacggttggg
gactgtgttgatctgcccaagctggtcgaactcaagctccgctacaaattccgcctcatg
ctcgacgaaacatggtccttcggcgtcctcggcaggacaggtcgcggtctcacagaagcc
cagaacgtagacgcctctcaagtcgatatgctcgtcggttctctcgctggccctctgtgc
gctggtggtggtttctgtgccggttctacagatgtagtcgagcatcaacgtatctctgct
gcttcgtataccttctctgccgctttacctgctatgcttgctacgactgctagcgagacg
cttaacatgcttcagactacgcctgagattttggttcagtgcagagagaacatcaaggcg
atgcgagctcagcttgatcctaggagtgattgggtgcattgcaccagctcgctagagaac
ccaatcatgcttctcgttctcaagaaagatgttgtgaactcgagacgtcttagtctagca
gagcaggaagttgtattgcaagaatgcgtagacgagacactagcaaacggcgtcctcatc
acacgcctaaaatccatgcccgtagcatccggcagcaacggcaaagacgacaatgagtgg
aaactgcagccggcgctgaaagtatgcatcacgacagggctctcgaagaaggagattgag
aaggcgggtgttattattagacatgccattacgaaggttttgaccaggaagacgagccag
aagttggcgttgccggtggtttcgtag

  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 (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (67)   

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