KEGG   Fomitiporia mediterranea: FOMMEDRAFT_79513
Entry
FOMMEDRAFT_79513  CDS       T03132                                 
Name
(RefSeq) 1,3-beta-glucan synthase
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
fme  Fomitiporia mediterranea
Pathway
fme00500  Starch and sucrose metabolism
fme01100  Metabolic pathways
fme04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:fme00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    FOMMEDRAFT_79513
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    FOMMEDRAFT_79513
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:fme01003]
    FOMMEDRAFT_79513
Enzymes [BR:fme01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     FOMMEDRAFT_79513
Glycosyltransferases [BR:fme01003]
 Polysaccharide
  Structural polysaccharide
   FOMMEDRAFT_79513
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-GeneID: 18679928
NCBI-ProteinID: XP_007264074
JGI: Fomme1_79513
Position
Unknown
AA seq 1711 aa
MHPCPLPSRSVRGDNESEVDVYGNHYASSIDSHTGPSYPSGISNFSDMPGPRGSRDPYPA
WTVDRQIPMSTEEIEDIFLDLTQKFGFQRDSMRNMYDFTMTLLDSRASRMTPNQALLTLH
ADYIGGQNANYRKWYFAAQLNLDDAVGQTQNPGLQRLRSTKGLKTTGEKSLNTALDRWRH
AMNNMSQYDRLRQIALYLLCWGEAGNVRFMPECMCFIFKCADDYYRSPDCQNRVDPVPEG
LYLHTIIKPLYRFLRDQGYERLDGKFVRRERDHHEIIGYDDVNQLFWYPEGLARIVLNDK
TRLVDAPPAQRFMKLERVDWNKVFFKTFYEKRSILHLLVNFNRIWILHIAPYWFYTAFNS
PKVYTPPEQTDPSPAMSWSATALGGAVSTLIMIFATLAEFSHIPTTWNNASHLSGRLLIL
LVILAITGGPTFYIAITDGTKSNVPLILGIVQFFISVVVSILFAVIPSGRMFGDRVAGKS
RKYMASQTFTASYPALDRKARLASIILWLLVWACKLVESFFFLTASFSGPIAVMVNTKVQ
NCSDKYFGPNLCQNQVPITLALMYIMDLVLFFLDTYLWYIIWLVIFSIGRSFSLGLSIWT
PWKDVYTRMPKRIYAKLLATAEMEVKYKPKVLVSQIWNAIIISMYREHLLSIDHVQRLLY
HQMDGPDGRRTLRAPPFFTAQNNSNLRGGFFPPGGEAERRISFFASSLTTELPEPLPVDA
MPTFTVLVPHYSEKILLSLREIIREEDQNTRVTLLEYLKQLHPVEWDNFVKDTKILAEES
AAFGTESSPFDSTSEKSKKADDLPFYCIGFKTASPEYTLRTRIWASLRAQTLYRTVSGMM
NYSKAIKLLYRVENPEVVQLFSGNTDRLERELERMARRKFRFCISMQRYSKFNAQELENA
EFLLRAYPDLQIAYLDEEPPRQKGGEPRLYSALIDGHSEVDETGKRKPKFRIELPGNPII
GDGKSDNQNHAIVFYRGEYLQLIDANQDNYLEECIKIRNILGEFDEYSISSQSPYAQWGH
KEHKKTPVAIIGTREYIFSENIGVLGDIAAGKEQTFGTMTARALAWIGGKLHYGHPDFLN
ALFMTTRGGVSKAQKGLHLNEDIFAGMNAFGRGGRIKHSEYYQCGKGRDLGFGTILNFQT
KIGTGMGEQMLSREYYYLGTQLPLDRFLTFYYGHPGFHMNNILIILSVRIFMIVLIFLGT
LNKSLNICLLDSQNNPIAGQGGCYNLQPAFDWIKRCIVSIFLVFFIAFLPLFLQELVERG
TGSALMRLAKHFLSLSPIFEVFSTQIYSQSILSNLTFGGARYIATGRGFATTRMSFSILY
SRFAGPSIYMGMRTLIMLLYATITVWIPHLIYFWVSVLSLCIAPFVFNPHQFSIPDFIID
YREFLRWMSRGNSKTKASSWYGYCRLSRTMITGFKKKKLGQPSDKLSGDTPRARWKTVLF
SEILAPLVMAALFTIAYMFVKSFPDANGNQPPSPLIRIAVIAIGPMVWNATVLIALFFTS
LFLGPMLQGCCGKFASIMAATAHLLALIGIIAFFEFFWFLELWDVSHAVLGLICIIAIQR
AIQKILISVFLSRELQHDETNRAWWTGKWYGVGLGNGAMSQPAREFVVKIVEMSLWSSDF
ILAHLLLFILTPPLFIPFIDRIHSTMLFWLRPSKQIRPPLFSTKQKRQRRWIVFKFGIVY
LLAIAAFAALIILPVLFRDEITFKCTLCTNI
NT seq 5136 nt   +upstreamnt  +downstreamnt
atgcatccatgtcctctcccctctcgttcagtgcgcggggacaacgagtctgaagtcgat
gtgtatgggaatcactatgcaagctccatcgactcacatacaggccccagctatccctct
ggcatcagcaatttttccgacatgccaggaccgagaggatccagagacccgtaccctgcg
tggactgtcgaccgtcagataccaatgtctactgaagagatcgaggatatcttcctggat
ttgacacagaaatttggtttccagcgcgattcgatgcgcaacatgtatgactttactatg
acgctgctggacagtcgcgcttctcgcatgacccctaaccaagcccttctcactctgcac
gcggactatattggaggtcaaaatgccaattatcggaaatggtatttcgctgcacagtta
aaccttgacgatgctgttggtcagacacagaatcctggtttgcaacgtttgcggagcaca
aagggcctgaagactacaggagaaaagtcactcaacactgctttggaccgctggcggcac
gccatgaacaatatgagccagtatgacaggctgcgccagattgccctctacttgctgtgc
tggggtgaagcgggcaatgttcgttttatgccggagtgcatgtgtttcatttttaaatgt
gccgacgactattaccgttcacccgattgccagaatagggttgatcctgttccagaaggc
ctttacctccatacgatcatcaagcctctgtatcggttccttcgtgaccagggttatgag
cgactggacgggaagttcgtcaggagggagagggatcatcatgagatcattggttatgat
gatgttaaccagctcttctggtatcctgaaggcctggcacgtatcgttctgaacgataag
actcgtctcgtcgatgcaccccctgctcaacgtttcatgaagttagaacgagtcgactgg
aataaggtcttcttcaaaaccttctatgagaagcggtctatattacacttgctggttaac
ttcaaccgcatctggatcctgcatatcgcgccgtactggttctacaccgcattcaattcg
ccgaaggtgtacacgcctccggagcaaacggacccgtcccctgcgatgtcttggtcggca
acagcattaggaggagcagtctcgactttgattatgattttcgctacgcttgcggagttc
tcgcatattccgacgacgtggaacaacgcttcacacctgagtggacggcttcttatcctt
ttggtaattttggccataactggtggtccaactttctatatcgccataacagatggaacg
aagagtaacgttccattgatcctgggaatagtccagttcttcatctctgttgttgtgagt
attctcttcgctgtcattccgtccggacgcatgttcggtgatcgcgtggccggaaaatcg
cggaagtacatggctagccagacgttcactgcatcttatccagctctggataggaaggca
cggctcgcgtcgatcattttatggcttctcgtttgggcgtgcaagctggtggagtcattc
tttttcttgacggcctcatttagtggcccaattgcagtcatggtgaatacgaaggttcaa
aactgcagcgacaagtacttcggtccgaacctgtgccaaaaccaggtaccaatcacactc
gctctcatgtacatcatggatctggttctgttcttcctcgacacgtatctctggtacatc
atttggcttgtcatctttagcatcggacggtcatttagccttggtctctcgatttggact
ccatggaaggatgtctatacacgtatgccgaagcggatttacgctaaacttctagcgact
gcggaaatggaggttaaatacaaaccaaaggtcttggtttcgcaaatttggaacgccatc
attatttcgatgtatcgggagcatttgctttccatcgatcatgttcaacgcctgctttac
catcagatggatggaccagatggtcgcaggactttgcgtgcaccaccgttcttcactgct
cagaataattcgaatcttcggggtggcttcttcccgcctggtggtgaggctgaacgcagg
atctcatttttcgcatcatctctgaccactgagttacccgagcctcttcctgtcgatgcc
atgcccaccttcactgtcctggttccgcattactctgagaaaatcctcctcagtctgcgc
gagattattcgtgaagaagaccaaaatacacgtgtcactcttttggagtatctcaagcaa
cttcatccagttgaatgggataacttcgtcaaggatacgaagatccttgcggaggaatca
gcggcctttggcacggaaagtagtccgttcgatagcactagcgaaaagtcaaagaaggcg
gacgaccttccgttctactgcattggattcaagacagcttctcccgagtatacgcttcgt
acacgtatctgggcttctctccgcgctcagactttgtaccgcactgtttccggcatgatg
aattattcgaaagccatcaagctactctaccgcgtggagaatcccgaagtcgttcagctg
ttcagcggcaataccgacaggttggagcgagagttggagcgaatggctcgcaggaagttc
cgcttctgcatctctatgcagcgatattcgaaattcaacgctcaggagcttgaaaatgca
gagttcctgctacgtgcgtacccggacttgcaaattgcttatctcgacgaagaaccgcca
aggcaaaaaggtggcgaacctcgactgtactccgcactcattgacggccactctgaggtt
gacgagaccgggaagcgtaagccgaagttccgcattgagttgccgggtaaccccatcatt
ggcgacgggaagtcggataaccagaatcatgcgattgtcttctaccgtggcgaatacttg
caactcattgatgctaaccaggacaactacttggaggagtgcataaagattcgtaacatc
ttgggcgagtttgacgaatactcgatttccagtcagagtccatatgcacagtggggtcac
aaggagcacaagaaaacgcctgttgctattattggtacccgcgagtacatcttctcggag
aacatcggtgtgcttggcgatatagccgctggaaaggaacagacattcggtacaatgact
gcccgtgcgcttgcatggattggcggaaagttgcattatggccacccggatttcttgaat
gcattgttcatgactacacgcggtggcgtctcgaaagcacagaagggtctgcatctcaac
gaggatattttcgccggtatgaacgctttcggccgcggtggacgcatcaagcactcagag
tactatcaatgcggcaaaggacgtgaccttggtttcggcacgattcttaacttccagact
aagattggaacaggaatgggcgaacaaatgctcagtcgggagtattattatctcgggacg
cagctgcctcttgatcgcttcctaacattctactatggtcatcctggtttccacatgaac
aacatccttatcatcctttctgtgcggattttcatgattgtcttaattttccttggcact
ttgaacaaatctctcaacatctgtctccttgattcgcaaaacaatcctatcgctggtcaa
ggtggttgctataatctccaacctgctttcgactggatcaagcgttgcattgtctctata
ttcctagtgttcttcattgcattcttgccactcttcttgcaagaactcgttgaacgtgga
actggctctgcacttatgcgtcttgccaagcacttcctctcactttcgcccatatttgaa
gtcttctccactcaaatctattctcagtccatcttgagcaacttgacttttggtggagca
aggtacattgcgactggtcgaggctttgcaactactcggatgtctttcagcatcctatac
tctcgattcgctggtccaagtatctatatgggtatgcggacgttgatcatgttgctctat
gccacgattactgtctggattccccatctgatctatttctgggtctccgtcttgtcattg
tgcatcgcgcctttcgttttcaacccacatcaattctcaattcccgacttcattattgat
tacagagaatttttgcggtggatgtcgcggggcaactcgaagacgaaagcaagcagctgg
tatggctattgccgtctctctcgaaccatgatcaccggtttcaagaagaagaaattgggc
caaccgtccgacaaattatctggggatactccacgtgcgcgatggaagacagtgctcttc
tcagagattctcgctccgttggtaatggcggcactctttacgatcgcatacatgttcgtc
aaatccttcccggacgcgaatggcaaccaaccacccagtcctctcatccgtatcgcagtc
attgcaatcggtcctatggtttggaatgcgactgttttgattgcgctgttctttacgtca
ttgtttcttgggccaatgttacaaggttgctgcggaaaattcgcgtctatcatggctgca
acagctcacttactcgctctcattggtattattgcgttctttgagtttttctggttcctt
gaactctgggacgtctcacatgcagtacttgggctgatttgcattatcgcgatacagcgg
gccattcagaagatccttatttccgtgttcttgtccagagagttacagcatgacgagaca
aatcgtgcttggtggactgggaaatggtatggagtcggcttgggcaacggtgcgatgtcg
cagcctgctcgagagtttgttgttaagatcgtggagatgtcgttgtggagttccgacttt
atcctggcacacctcctcctctttattctgactcctccactgtttattcctttcatagac
cgtatccactcgacaatgctcttctggcttcgtccgtcaaagcaaatacgccctccactc
ttttctacgaagcagaagaggcaacgtcggtggatcgtgttcaagttcggcattgtgtac
ctacttgctatagctgccttcgcagctttgattatcttgcctgtgctcttcagagacgag
atcacgttcaagtgcacactttgcacgaacatatga

  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 (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (50)   

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