KEGG   Phaeoacremonium minimum: UCRPA7_2533
Entry
UCRPA7_2533       CDS       T03102                                 
Name
(RefSeq) putative -beta-glucan synthase component gls1 protein
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
tmn  Phaeoacremonium minimum
Pathway
tmn00500  Starch and sucrose metabolism
tmn01100  Metabolic pathways
tmn04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:tmn00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    UCRPA7_2533
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    UCRPA7_2533
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:tmn01003]
    UCRPA7_2533
Enzymes [BR:tmn01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     UCRPA7_2533
Glycosyltransferases [BR:tmn01003]
 Polysaccharide
  Structural polysaccharide
   UCRPA7_2533
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-GeneID: 19322792
NCBI-ProteinID: XP_007913271
UniProt: R8BRN3
Position
Unknown
AA seq 1943 aa
MSGYPGGHHDYDDGYGHHQQQQQGNTDSYYQDDQRQYYDNGYDAHGGHQNGGGHAGDGYY
DESGYYNADPNNPYHQDGGYYDGHDQYQDDYYNNNNGYYDQGYDQGGYGNNGRHRGGSEE
DSETFSDFTMRSDMARAADMDYYGRGDERYNSYNEGQMGGRGYRPPSSQISYGGNRSSGA
STPNYGMDYGNVLPAGQRSREPYPAWTSDAQIPLSKEEVEDIFLDLTAKFGFQRDSMRNM
YDHFMTLLDSRASRMTPNQALLSLHADYIGGDNANYRKWYFAAHLDLDDAVGFANIKGKG
LRRTRKNKKKKKNDPQNEAEMLEDLEGDDSLEAAEYRWKTRMNRMSQHDRVRQIALYLLC
WGEANQVRFMPECLCFIFKCADDYLNSPACQNLVEPVEEFTFLNNVITPLYQFVRDQGYE
ILDGVYVRRERDHNQIIGYDDCNQLFWYPEGIDRLVLQDKSKLVDVPPAERYLKLKDVHW
KKCFFKTYKETRSWFHLLVNFNRIWILHITMFWFYTAHNTPTLLVRHYEQQVNNQPPASA
QWSIVGFGGGIAALIQILATLAEWAYVPRRWAGAQHLTKKLLFLIVIFIINVGPGVYVFM
PAADDAAFEEKQKSKIALILGIVQFFIAVITFIFFSVMPLGGLFGSYLTKNSRRYVASQT
FTASYPRLSGNDMAMSWGLWAVVGGAKFGFSYGYLILSLRDPLRYLSIMDVSSCLGDSIL
KRYLCPYQPKILMGLMIFTDVIFFFLDTYLWYVLINTVFSIARSFYLGSSIWTPWRNIFS
RLPKRIYSKVLATTDMEIKYKPKVLISQIWNAIIISMYREHLLAIDHVQKLLYHQVPSEQ
EGKRTLRAPTFFVSQEDHSFKTEFFPSHSEAERRISFFAQSLSTPIPEPLPVDNMPTFTV
LIPHYSEKILLSLREIIREDEPYSRVTLLEYLKQLHPHEWDCFVKDTKILADETSQFNGD
YEKNEKDTAKSKIDDLPFYCIGFKSSAPEYTLRTRIWASLRSQTLYRTISGFMNYSRAIK
LLYRVENPEVVQMFGGNSDKLERELERMARRKFKLVVSMQRYSKFKKEEMENAEFLLRAY
PDLQIAYLDEEPPLVEGEEPRIYSALIDGHSEIMENGMRRPKFRIQLSGNPVLGDGKSDN
QNHSLIFYRGEYIQLIDANQDNYLEECLKIRSVLAEFEEMKTENVSPYTPGVKNAVRAPV
AILGAREYIFSENIGILGDVAAGKEQTFGTLFARTLAHIGGKLHYGHPDFLNGIFMTTRG
GVSKAQKGLHLNEDIYAGMNALLRGGRIKHCEYYQCGKGRDLGLGSIMNFTTKIGTGMGE
QMLSREYYYLGTQLPLDRFLSFYYAHPGFHLNNMLIMFSVQIFMITCLNLGALRHETIPC
DYNRDVPITDPLYPTGCQNTDAIMDWVWRCVMSIFFVLFLSYVPLVIQELTERGFWRAAT
RLAKQICSVSPLFEVFMTQIYANSVQEDLSFGGARYIGTGRGFATARIPFGVLFSRFAGP
SIYFGIRMMMMLLFATLTIWQAALVYFWISLLGLVICPFLYNPHQFAWSDFFIDYRDFLR
WLSRGNSRSHASSWISFSRLSRTRITGYKRKTMGDPSGKLSADVPRAAITNLFFGEIIGP
LLFVAVTLIPYLFINAQTGVNGPNKHNDRDAKATASLLRVAIVAFAPIAVNAGTLAVMFA
MACFMGPLLSMCCKKFGSVLAAIAHGIAVIMLLVFFEVMFFLEGFNFTKTLLGMITVLAI
QRFIFKLIISLALTREFRTDQANIAFWTGKWYSMGWHSVSQPAREFLCKITELSMFAGDF
VLGHILLFMMLPAIIIPQIDKLHSMMLFWLRPSRQIRPPIYSMKQSKLRRRRVFRYAILY
FVMLVVFVGLIVGPIVAGKNIPKLDLLDSTNLLQPTGQDNDDTNGRTETGTGRPNYTGAL
KTSSTATAKATATDSSNDKLRLF
NT seq 5832 nt   +upstreamnt  +downstreamnt
atgtcggggtatccgggaggacaccacgactacgatgatggctatggccatcatcaacaa
cagcagcaagggaacacagattcctactaccaggacgaccagcgtcagtactacgacaat
ggctatgatgcccacggcggtcaccagaacggcggtgggcacgctggtgatggttattat
gacgagtctggctactacaatgcggacccaaacaacccgtaccatcaggatggtggctat
tacgatggccatgatcagtaccaagacgattattataacaacaataatgggtactatgac
cagggctacgatcaaggtggctacggaaacaacggccgtcaccggggaggctctgaggaa
gactcagagactttcagtgattttaccatgaggtctgacatggcacgcgccgctgacatg
gattactatggcagaggcgacgagcgctacaatagctataatgaaggccagatgggaggc
aggggatatcgcccaccatcctcccagatctcgtatggcggcaaccggtcctcgggtgcc
tccaccccgaattatggcatggactatggcaatgtgctacccgctggccagcgctcccgc
gagccctaccctgcctggacatcagatgcccagatccccctctcaaaggaggaggttgag
gatatttttctcgaccttactgccaagttcggcttccagcgtgatagcatgcgcaacatg
tatgatcacttcatgacgctattggattctcgagcgtcacgcatgactccgaaccaagca
ctgttgtcgcttcacgccgattatattggcggagacaacgcaaactacagaaagtggtat
tttgcagcccatcttgatcttgatgatgccgtcggcttcgccaacatcaaaggaaagggc
ttgcgtcgcactcgcaagaacaagaagaagaagaagaacgacccccaaaacgaggccgag
atgctcgaggatctcgagggcgatgactctcttgaagccgccgagtaccggtggaagact
cgcatgaatcgtatgtctcagcacgatcgtgtacgacagattgcgctatacctactctgc
tggggtgaggccaatcaggtccgcttcatgcccgaatgtctttgcttcatcttcaagtgt
gcagatgactatctgaactcacctgcctgccagaacttggtagagccagtggaggaattc
acattcctcaacaacgtcattactcccctctaccagttcgttcgagaccaaggatatgag
attctcgatggagtctacgttcgtcgcgaacgggatcacaatcagatcattggctacgat
gattgcaaccaactgttctggtatcccgagggcattgaccgtctcgtgctccaggacaag
tcgaagcttgtcgatgtccctccggccgaacgctatctgaagctgaaggacgtccactgg
aagaaatgcttcttcaagacgtacaaggaaacccgttcctggttccaccttctcgtcaac
ttcaaccgtatctggatccttcatatcaccatgttctggttctacactgcacacaatacc
ccgaccttgttggtcagacactacgagcagcaggttaacaaccaaccccccgcctccgct
cagtggtccattgttggattcggtggcggcatcgctgcgctgatccagatcctagcaacc
cttgccgagtgggcgtatgtcccgaggagatgggcaggcgctcagcatctcaccaagaag
ctgctcttcctcatcgtcatcttcatcatcaatgtgggccccggtgtatacgtgttcatg
cccgccgctgacgatgctgcgttcgaggagaaacaaaagtcaaagatcgcgctgattctt
ggcatcgttcagttcttcatcgctgtcatcacattcatcttcttctcggtgatgcccctt
ggtggtctgttcggcagttacctgacaaagaactcgaggaggtatgttgccagtcagaca
tttaccgccagctatccccgtctttctggcaatgacatggccatgtcatggggcctttgg
gcagtcgttggtggtgcaaaatttgggttctcgtacggatacctgatcctgtcactgcgt
gaccctctccggtacctatcaatcatggacgtgagcagctgtctaggcgacagcatccta
aagcggtacctctgtccctaccagcccaagatcctcatgggtttgatgatattcaccgat
gtgatcttcttcttcctggacacgtacctgtggtatgtcttgatcaacaccgtcttctcc
atcgcgaggtctttctacctcggctcctcgatctggacgccctggagaaacatcttttcc
cggctaccgaagcgaatctattccaaggtcctcgcaaccaccgatatggaaatcaaatat
aagcccaaggttctcatctcccagatctggaacgccatcatcatttccatgtacagggaa
catcttctcgccatcgaccatgtgcagaagcttctctatcatcaggtcccatcggagcag
gaaggcaagaggactttgcgagccccgactttcttcgtgtcacaggaagaccattctttc
aagactgagttcttcccaagtcatagtgaggccgagcgtcggatttccttctttgctcag
tctctctccacccccattccagagcccttgccagtggacaacatgccgactttcaccgtc
ctcatccctcactacagcgagaagatcctcctgtcccttcgtgagatcattcgcgaggac
gagccttactcacgtgtcacactcctggagtacctcaagcagctccaccctcatgagtgg
gattgcttcgtcaaggataccaagattcttgctgatgagacgtcgcaattcaacggcgac
tacgaaaagaacgagaaagatactgcaaagagcaagattgacgatctcccattctactgc
atcggtttcaagtcatctgctccagaatacacccttaggacacgtatctgggcgtccctt
cgctcacagactctgtatcgtaccatctccggcttcatgaactacagccgtgccattaag
ctcctctaccgcgttgagaatcctgaggttgttcagatgtttggcggaaactccgacaag
ctggagcgcgaattggagcgcatggctcgtcgtaagttcaaactcgtcgtctcgatgcag
cgatactccaagttcaagaaggaagagatggagaatgccgaattcctgctccgagcatac
cccgatctgcagattgcgtacctggatgaggaaccacctctggttgaaggtgaagagccg
cgtatctactcggcactcattgacggtcactctgaaatcatggaaaatggcatgcgacga
ccgaagttccgtatccagctgtccggcaatcctgttctcggagacggcaagtcggacaac
cagaaccattccctgatcttctaccgcggagagtacatccagcttatcgatgccaatcaa
gacaactacctcgaagagtgcctgaagattcggagcgtcttggctgagttcgaagaaatg
aagactgagaacgtgtcaccctatacccctggcgtcaaaaatgccgttcgtgctcctgtt
gctattctaggtgctcgcgagtatattttctccgagaacattggtatccttggtgatgtc
gcagctggaaaggaacagacattcggtaccctcttcgcgcgaaccctcgcacacattggt
ggcaagcttcattacggtcacccggatttcctcaacggcatattcatgacgactcgaggc
ggcgtttcgaaggcacaaaagggacttcacctcaacgaagatatctatgccggtatgaat
gctctcctgcgtggtgggcgcatcaagcattgcgaatattaccagtgtggtaagggtcgt
gatctcggcctaggatcgatcatgaacttcacgaccaagattggtacgggtatgggcgag
caaatgctctcccgagagtactattatctcggaactcagctccctctggatcgcttcctg
tcgttctactatgcgcatcctggcttccatttgaacaatatgctcatcatgttttccgtc
caaatcttcatgatcacttgtctaaaccttggcgctctgcgtcatgagacaattccctgc
gactacaaccgcgatgtacctatcacggatccgctctatcccactggttgccaaaacacc
gacgcaatcatggactgggtctggcgttgcgtcatgtctattttcttcgttctgttcctg
tcgtacgttcctttggttatccaggaattgacggagcgtggcttctggcgtgcggcgact
cgtctagccaagcagatttgctcggtttcccctctgttcgaagtgttcatgactcaaatt
tatgccaactcggtgcaggaggatctctcctttggcggtgcgcgctacattggtactggt
cgaggcttcgccactgctcgtataccctttggggttctgttctcccgattcgccgggcct
tccatctacttcggcattcggatgatgatgatgctgttattcgcaacgttgaccatttgg
caagctgcgctggtgtatttctggatttcgctgctcggtcttgtcatctgtccattcctc
tacaatcctcaccaattcgcctggagtgactttttcatcgactaccgagacttcctccgg
tggctgtctcgtggaaactcgcgctctcatgcttcttcatggatatccttttcccgtctc
tcgcgaacccgtatcactggttacaagcgaaagacgatgggagatccatctggcaagctc
tctgcggatgttccccgcgcggctatcaccaacttgttctttggcgagatcattgggcca
cttctattcgttgcggtcacattgataccttatttgttcataaatgcgcagaccggcgtg
aacggccccaacaagcacaacgaccgtgatgcaaaggcaaccgcttctcttctgagagtg
gccattgtggcatttgcgccgattgcggtcaacgcaggcactctcgccgtcatgtttgcc
atggcttgcttcatgggtcctctgctgagcatgtgctgcaagaagtttggtagcgtccta
gccgccatcgctcacggcatcgctgtgatcatgcttcttgtcttcttcgaagtcatgttc
ttcctcgagggctttaactttacgaagactctcttgggcatgatcactgttcttgccatt
cagcgttttatcttcaagctgattatatctttggctcttaccagagagttcaggactgat
caggccaatatcgcattctggacaggcaaatggtattccatgggttggcattccgtctct
caacctgctcgcgagtttctctgcaagatcaccgagttgagcatgtttgccggagacttc
gttttgggtcatatcctgctcttcatgatgctccctgccatcattattcctcagattgac
aagctccattcgatgatgcttttctggctacgaccaagtcgtcaaatccgcccacccatc
tactccatgaagcaatccaaacttcggcggagacgtgttttccgctacgcaatcttgtat
tttgtgatgcttgttgtcttcgttggtctcatcgttgggccgatcgtcgcaggcaagaac
atccccaaattggacttgttggacagcacaaaccttcttcaaccaactggacaagacaat
gacgacacgaacggccgcactgaaacaggtacaggacggcctaactacacgggtgctttg
aagaccagtagcacagcgaccgccaaggcaacggcaaccgactctagtaacgacaagctc
cgtcttttctaa

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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 (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   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 (60)   

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