KEGG   Scedosporium apiospermum: SAPIO_CDS1800
Entry
SAPIO_CDS1800     CDS       T06367                                 
Name
(RefSeq) 1,3-beta-glucan synthase component FKS1
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
sapo  Scedosporium apiospermum
Pathway
sapo00500  Starch and sucrose metabolism
sapo01100  Metabolic pathways
sapo04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:sapo00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    SAPIO_CDS1800
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    SAPIO_CDS1800
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:sapo01003]
    SAPIO_CDS1800
Enzymes [BR:sapo01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     SAPIO_CDS1800
Glycosyltransferases [BR:sapo01003]
 Polysaccharide
  Structural polysaccharide
   SAPIO_CDS1800
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-GeneID: 27720872
NCBI-ProteinID: XP_016645281
UniProt: A0A084GDS0
Position
Unknown
AA seq 1886 aa
MSGYTGGNRQGYEDGYGHGNDQQDQYYQHDQQYYDSNGYNQGQHGGDGYYDESGYYNADP
NNPYHQDGGYYDSNDHYQDEYYNDGTYHDQDYNQGYGGAGARQGSHEDSETFSDFTARGA
DMDYYGHGDERYNSYNEGQMGSRGYRPPSSQISYANRSSGASTPNYGMDYGNALPAGQRS
REPYPAWTSDAQIPLSKEEVEDIFIDLTSKFGFQRDSMRNMYDHFMTLLDSRASRMTPNQ
ALLSLHADYIGGDNANYRKWYFAAHLDLDDAVGFANMKGKGLRRTRKKKKKNDEEGQTEA
EILQGMEGDDSLEAAEFRWKTRMNRMSQHDRVRQIALYLLCWGEANQVRFMAECLCFIFK
CADDYLNSPACQNLVEPVEEFTYLNNVITPLYQYIRDQGYEISDGVYVRRERDHNKTIGY
DDCNQLFWYPEGIERIVLEDKTRLVDIPPAERYLKLKDVAWKKCFFKTYKETRSWFHLLV
NFNRIWVIHLTMFWFYTAHNSPSLVLGNKYEQRKNNQPPGSQQWSIVGVGGGIASLIQIL
ATLAEWAYVPRRWAGAQHLTKRLLFLIAIFIINIAPSVYVFGFSEPILKETIAKVLGIVQ
FFVAVATYIFFSVMPLGGLFGSYLTKNSRRYVASQTFTASYPQLSGNDRAMSYGLWLLVF
GAKFGESYAFLTLSIRDPIRYLSIMKIECLGDFMIGKVLCENQPSILLGLMIFTDLVFFF
LDTYLFYVLINTLFSIARSFYLGASILTPWRNVYARLPKRIYSKILATTDMEIKYKPKVL
ISQIWNAIVISMYREHLLAIDHVQKLLYHQVPSEQEGKRTLRAPTFFVSQEDHSFKTEFF
PAHSEADRRLSFFAQSLSTPIPEPLPVDNMPTFTVLIPHYSEKILLSLREIIREDEPYSR
VTLLEYLKQLHPHEWDCFVKDTKILADESSQFNGDYEKNEKDSAKSKIDDLPFYCIGFKS
SAPEYTLRTRIWASLRSQTLYRTVSGFMNYSRAIKLLYRVENPEVVQMFGGNSDKLEREL
ERMARRKFKLCISMQRYAKFKKEEMENAEFLLRAYPDLQIAYLDEEPPLAEGEEPRLYSA
LIDGHSEIMENGMRRPKFRIQLSGNPVLGDGKSDNQNHSLIFYRGEYIQLIDANQDNYLE
ECLKIRSVLAEFEEMKVDNVSPYTPGVKSPVKHPVAILGAREYIFSENIGILGDVAAGKE
QTFGTLFARTLAQIGGKLHYGHPDFLNGIFMTTRGGVSKAQKGLHLNEDIYAGMNASLRG
GRIKHCEYYQCGKGRDLGFGSILNFTTKIGTGMGEQMLSREYYYLGTQLPLDRFLSFYYA
HAGFHLNNMFIMLSVQMFMITLLNLGALKHETIACNYNPDVPITDALLPTGCANTDALTD
WVYRCVWSIFFVAFLAFIPLVVQEATERGVWRAATRLAKQLFSFSLFFEVFVTQIYANSV
QQDLSFGGARYIGTGRGFATARIPFGVLYSRFAGPSIYFGARLLMMLLFATVTIWQAALT
YFWVSMLALVVSPFMFNPHQFAWNDFFIDYRDFLRWLSRGNSRSHASSWIAFCRLSRTRI
TGYKRKALGDPSKKMSADVPRAAITNLFFGEILVPLLLVVVTLIPYLYINAQTGVSEGAE
DTNGPTNSLIRIAIVAFGPIAINAGTFVLAAIAHGVAVVMLLVFFEVMFFLEGFHFPRTL
AGMIAVVAIQRFVFKLIISLALTREFKTDQANIAFWTGKWYSMGWHSVSQPAREFLCKIT
ELSMFAADFILGHILLFLMLPVILIPKVDMIHSMMLFWLRPSRQIRPPIYSMKQTKLRRR
RVIRYAILYFVMLVVILGLIVGPTVAGSKITTNLSMLKDLKLVQPVNQNNNNTSAEPTGG
STDAEQADVTQDDEEDNLTKLKFLLI
NT seq 5661 nt   +upstreamnt  +downstreamnt
atgtcgggatacacgggcggtaaccgccagggctacgaggacggttatggccacgggaac
gaccagcaagatcagtactatcaacatgatcaacagtactatgactccaatggctataac
caggggcagcatggcggagatggatactatgacgaatccggctactataatgccgatccg
aacaacccgtaccatcaggacggcgggtattacgacagcaatgaccactaccaggatgaa
tactataacgacggcacctaccatgaccaggactacaaccagggctatgggggcgcgggt
gcacgccagggatcccacgaggattccgagaccttcagtgatttcaccgctcggggcgcg
gatatggactactatggccatggtgatgaacgatataacagttacaatgagggccagatg
ggaagtcggggatatcgcccgccttcgtctcagatctcgtatgcaaaccgctcatctggt
gcctccacacccaattacggcatggactatgggaatgcgctccccgccggtcaacgatcc
cgcgagccttatcctgcctggacttcagatgcacagataccactttccaaggaagaagtg
gaagacatctttattgacctgacgtccaagttcggatttcaacgagacagcatgcggaac
atgtacgaccacttcatgacacttctggactctagggcttcgcgtatgactccaaaccag
gccttgctctcacttcatgccgattatatcggtggtgacaacgcaaattatcgcaaatgg
tacttcgccgcccatctcgatctcgatgatgctgttggattcgccaacatgaagggaaaa
gggcttcggcgcacacgaaagaagaagaagaagaacgacgaagaaggtcagacggaagcg
gaaattctccagggtatggaaggcgatgatagcctagaggccgcggaattccgctggaaa
acacggatgaaccgcatgtcacaacatgatcgcgtccggcaaatcgccctctacctgctt
tgctggggcgaggcaaaccaggtcaggtttatggcggaatgtctgtgcttcatcttcaaa
tgcgcggacgactacctcaactcgcccgcctgccaaaatcttgtcgagccggtcgaagag
ttcacctacctcaacaacgtcatcacgcctctctatcagtacattcgtgaccaaggatac
gaaatttccgacggtgtttatgttcgacgggagcgggatcacaacaagacgattggttat
gatgactgcaaccagctcttctggtatccagaaggcatagagcggatagttctcgaagac
aagacccggcttgtcgacattccgccagccgaacgctacctgaagctcaaggatgtcgcc
tggaaaaagtgtttcttcaagacgtacaaggaaactcggtcctggttccatcttctcgtc
aactttaaccgcatctgggtcattcatctgaccatgttttggttttacacggcacacaat
tcacctagtctagtgcttggaaataagtacgagcagcggaagaataaccaaccgcccggc
tctcagcagtggtccatcgtcggcgtaggcggaggaattgcctcgttgatccagatcttg
gccaccctcgcagagtgggcatacgttccgcgacgatgggccggcgcacaacacctcacg
aagcggctcctatttttgatcgcaatatttatcatcaacattgcgcccagtgtgtacgtt
ttcggtttctcggagcccattctcaaagagaccatcgccaaggttctcggtattgtccag
ttctttgttgctgtcgcgacctacatcttcttctccgtgatgccgcttggcggactcttc
ggaagctacctcacgaagaattctcgccgatatgtcgcaagccaaacctttaccgcgagc
tacccccagctctcgggtaatgacagggcaatgtcttacggactctggctgcttgtcttt
ggggcaaaattcggagaatcgtacgccttcctgacgctctcgatccgcgatcctattcgt
tatctgtcaattatgaagattgagtgtctcggtgactttatgatcggtaaggtcctttgt
gagaaccagccttcaattctgcttgggcttatgatcttcaccgaccttgtgttctttttc
ctggatacctacctcttttacgtcctgatcaacacgctgttttccatcgcgcggtcgttc
tatctcggagcgtcaatcttgacgccttggcgaaacgtttacgcaaggcttccaaagcgt
atttattccaagatcctagcgactaccgacatggagatcaagtataaaccgaaggttctg
atctcccagatctggaacgccattgtgatctctatgtaccgcgagcatctcctggccatt
gaccacgtccagaagcttttatatcatcaggtcccatccgaacaggagggaaagcgtact
ttgcgcgcaccaaccttctttgtttcccaggaagaccactcgtttaagactgaatttttc
cccgcccacagtgaggctgaccgtcgtctatccttctttgcccagtcgctttccacgccc
attcccgagcccctgcctgttgacaacatgcctacctttaccgtccttattccccactac
agcgagaagattctcctatctcttcgggagatcatccgagaggatgagccctactcacga
gtgacacttctcgaatacctcaaacagcttcaccctcatgaatgggactgctttgtcaag
gatacgaagattcttgccgatgagagttctcagttcaacggcgactacgagaagaatgag
aaggactcggcgaagagcaagattgacgacctaccgttctattgtatcggcttcaaatcg
tccgcccccgaatacaccctgcgcacgagaatctgggcatcacttcgttcgcaaacactt
taccgcacggtatccgggtttatgaactacagccgtgccatcaaacttctctaccgggtg
gagaatccggaggttgtgcagatgtttggtggtaactcagacaagcttgaacgggaactg
gagcgtatggccagacgaaaatttaagctttgcatctcgatgcagcgatatgcaaaattc
aagaaggaggagatggagaacgcggaatttctcctccgagcatatccggatctacagatt
gcctatctggatgaagagccaccgctggcggaaggagaggaaccgcgtctctactcggca
ctgattgacggacattcggaaatcatggaaaacggtatgaggcggccaaagttccgtatc
caactttcgggaaatccggttttgggagatggcaagtcagacaaccagaaccactcactg
atattttaccgtggtgagtatattcaacttatcgacgccaaccaggacaactatctggaa
gaatgtcttaagatccgaagtgttcttgccgagtttgaggagatgaaggtcgacaacgtg
tccccctacacccccggagtgaaaagtccagtcaagcatccggtggccatcctaggcgct
cgcgagtacattttctcggaaaatatcggtattctcggcgacgttgcggcaggaaaggag
cagacgttcggtaccctgttcgcgcgtacactggcccaaatcggtggcaaacttcactat
ggacatccggatttcctcaacggcattttcatgacgacccgaggtggtgtttccaaggcg
cagaagggtctacatttgaatgaagacatttacgctggcatgaatgccagtcttcgagga
ggtcgcatcaagcactgtgaatattaccagtgtggcaagggtcgtgaccttggctttggg
tccattctgaacttcacaaccaagattggaacgggcatgggtgaacagatgctctcccga
gaatactattatcttggcacccagctgccgctcgacagattcctctcgttctactacgcc
cacgccggtttccacttgaacaatatgtttatcatgctctcggtgcaaatgttcatgatc
accttgctcaatctcggtgccctgaagcacgaaacgatagcgtgcaattacaacccggat
gttcccatcaccgacgccctcctgcccaccgggtgcgccaacaccgacgccttgaccgat
tgggtgtaccgctgcgtttggtcaatcttcttcgtcgcattcctggccttcattcctctc
gtagtccaggaagcgacggaacgtggtgtctggcgtgcggcaacacgactcgcgaaacaa
ctgttttcattctcgttgttctttgaggttttcgttacccaaatttacgccaactccgtc
cagcaagacttgtcttttggtggtgctaggtacataggaaccggtcgtggctttgccacg
gcacgcatcccgttcggcgtgttgtattcgagattcgccgggccgtcgatctacttcggc
gccagattgcttatgatgttgctttttgccacggtcactatatggcaggcagccttgacg
tacttctgggtctctatgctagcccttgtcgtctcgcccttcatgttcaatcctcatcag
ttcgcctggaatgacttcttcatcgactaccgagacttccttcgctggctgtcgcgaggc
aactcgagatctcatgcatcgtcctggatcgccttctgccggctctcccgaacacggatt
actgggtacaagaggaaggctctcggcgatccctccaaaaagatgtcagcagatgtccct
cgagccgctatcaccaatctctttttcggggagattcttgtgcccctactgctcgtggtc
gtgaccctgattccttacctctatatcaacgcccagacaggagtcagcgagggggccgag
gacaccaacggccccaccaactcacttatcaggatcgccattgtcgctttcggcccgatc
gccatcaatgcgggtacctttgttctggctgccatcgctcatggtgttgccgttgtcatg
cttttggtcttcttcgaggtcatgttcttcctcgagggattccacttcccgaggacccta
gccggcatgattgccgtcgtggccatccagcgattcgtcttcaaactcataatcagtctg
gcgctcacgcgtgagtttaagacggatcaggcaaatatcgccttctggaccggcaagtgg
tactccatgggttggcattccgtatcacagcctgcacgagaattcctgtgcaagattacc
gagttgagcatgtttgctgccgacttcatccttggacacattctgctcttcctcatgctc
cccgtcatcttgattcccaaggttgacatgatccactcaatgatgctcttctggttgcga
cctagccgccaaattcggcctccgatatattcgatgaagcaaaccaagctaagacgtcgg
cgtgtaatccgatatgcaatcctctatttcgtcatgcttgtcgtcatccttggcttgatt
gttggacccaccgtcgcagggtccaagattacaacaaatctgtcaatgcttaaggatttg
aagcttgtccaacctgtcaaccagaataacaacaataccagtgcggaaccaacgggcgga
agcacggacgcagagcaggctgatgtcacgcaagacgatgaggaggacaacttgacgaaa
ttgaagttcctacttatctaa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (20)   

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