KEGG   Candida orthopsilosis: CORT_0B10770
Entry
CORT_0B10770      CDS       T02488                                 
Name
(RefSeq) Gsl1 Beta-1,3-glucan synthase subunit
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
cot  Candida orthopsilosis
Pathway
cot00500  Starch and sucrose metabolism
cot01100  Metabolic pathways
cot04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:cot00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    CORT_0B10770
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    CORT_0B10770
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:cot01003]
    CORT_0B10770
Enzymes [BR:cot01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     CORT_0B10770
Glycosyltransferases [BR:cot01003]
 Polysaccharide
  Structural polysaccharide
   CORT_0B10770
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1 IBV_3A
Other DBs
NCBI-GeneID: 14538936
NCBI-ProteinID: XP_003868213
UniProt: H8X257
Position
2:complement(2252788..2257548)
AA seq 1586 aa
MAYNDGPYHAWCKDNGANVSTDTIMAIFTNLGRRFGFQEDNAHNMYELFMTQLDSRSSRM
NCSEALLSLHLQYIGGDSANYKKWYMAAQFPYEDETWTPKDKFVPMENDDWRQRLRAFGE
EDYVFQIALYLLIWGEANNIRFMPECICFIYQCALDYVGPDLERFYFLDKIITPLYKFLR
DQQYDLVGDRWSRKEVDHSQTIGYDDVNQHFWSPQGLYKIRLDNGIRVYKIKRKDRFKEI
HLIDWKKSLSKTYRERRTWIHVLNNFNRIWIIHVSVFWYFMSFNSPSLYTADYTSEKTPL
VHVRLAIVSAGGALAALISLFAAISEFLFINRMNFKKFVICAILLILNIAPIVVIFIFLP
WSQYSYKGNVVSGLLLTFSISTFVYLATIPPGSFRSIFSNSFPKLTLRNRAFSISLWVVV
FAAKYSESYFFLILSLKDPIQILSTLTLNCDDSHFLCSAQPKITLCLFYFTDLILFFLDT
YLWYVICNVIFSVGLSFSLGVSIFTPWRNIYSRLPDRILTKLYHGDSSNSLILVISQIWN
GIVISMFREHILSVEQVKKLIYQREEEEGNVKPPLFFANEDDNTFKLLAYIKIEEEWERR
ITFFAQSLSSPLPDPFPVVSMPAFTVLIPHYSEKILLGLKDLIKEQSFSKLTLLEYLKQL
HPNEWRSFVKDSKMIQSIDDDDDDLDEYEKFKENEDLPYYCIGFKDSAPENTLRTRIWAA
LRCQTLYRTVSGFMNYEVALKILYRSENIGFESEGDLFIEREMQEFVDRKFSLIVAMQNF
QSFTPETAEDADMLFRAFPNVKIAILEVENGTYYSTLLDVSQRDHNGHYRKRFKIRLSGN
PILGDGKSDNQNNALIFYRGEYIQVIDSNQDNYVEECLKIKSLLTEFEEMDLDVSYGYAT
EPTLEISPTVAIVGSREFIFSQNIGILGDISAGKEQTFGTLFARTMGEIGSKLHYGHPDF
LNGIFMTTRGGISKAQRGLHLNEDIYAGITAMCRGGRIKHFDYYQCGKGRDLGFQSIVNF
TKKIGAGMGEQLLSREYFYLGTKLPIDRFLSFYYAHPGFHINNLSIMLSVKIFMFLVMNL
GALNHNTVECDENNPVAGCHTLLPVLNWIDRFILSVFVCFFISFLPLIIQELIEKGFVRS
VFRVILHIVSLSPFFEVFLCQVYSRALRDNFVFGEAQYIATGRDFAISRISFATLYTRYA
NLSIYSGSEIFMVIVFGMMTVKRIALLWFAITVLALCFAPFMFNPHQFSFIDFFLDYRDF
IRWLSRGNSKAKESSWIQFCQNERSRLTGEKFEGHLSGRSSTTFNLLLGEVITPLISFIL
YLIPFLFLHSSDKLFVLDLANPLIKVAIAISVPYVLNIVVLMLIWVLSLTMAPAIGLCVK
RIPSFFAALAHFLSILVHIVNIEFLFLLQEFSFIHLISALLVVFSFHRALSSFILVTCVS
RERGENVTNKAWWSGKWYRSGLGFRIITQNMRELIIKMLELNKFTFDFFLGHLLLLVMFP
LLFVPYIDTLHTSLLFWLKPSRQFKRAINSKRQRRKKNWQVVRYFFLFILIMAIFVVLVI
IPPVFKTQLLKLQKKLTKMVVANGGK
NT seq 4761 nt   +upstreamnt  +downstreamnt
atggcctataatgatggtccctaccacgcttggtgtaaagacaatggtgccaacgtgtct
actgatacaatcatggccatctttactaatctaggtcgaaggtttggctttcaagaggat
aatgcacataatatgtatgagttgtttatgacacaattagattctagatcaagtaggatg
aactgttcagaggcattgttgtcgctacatttacaatatattgggggtgattctgctaat
tataagaagtggtacatggctgcacaattcccatatgaagatgaaacatggactcccaaa
gataagtttgtccctatggaaaacgacgactggaggcagagattaagggcgtttggggaa
gaggattatgtgtttcaaattgctttgtatttgttaatttggggagaggcaaataatatt
cgatttatgccagagtgtatttgctttatatatcagtgtgcattagattacgtggggcct
gatcttgaaaggttttactttttagataaaataattacaccgttgtacaagttcttaaga
gatcagcagtatgatttggtaggggataggtggagcagaaaagaggttgatcattcacaa
accattggttacgacgatgttaaccaacatttttggagtcctcaagggttatacaaaatt
agactagacaatggaattagagtttataaaattaaaagaaaagatagattcaaagagatc
catttgatagattggaaaaagtcactatccaaaacttatagagaaagaagaacatggatt
catgtgttgaataattttaatcgaatatggattattcatgtttcggtgttttggtatttt
atgtcattcaactccccatcattatacacagcagattatacactggaaaaaacaccattg
gtgcatgtaagattggcaatagtgtctgctggtggtgccttggcagcgttgatttccctt
tttgcagcaatttctgaatttctattcatcaatagaatgaatttcaaaaagtttgttatt
tgtgcaatcttgttgattctcaatattgcaccaatcgttgtcatattcatattccttcca
tggtcacaatattcctacaagggtaatgtagtttctgggttactattgacattttcaatt
tcaacatttgtgtacttggccaccatacctcctggtagctttagatcaattttttcaaat
tcatttccaaaattaacattgagaaatcgggcattttcaatttcattatgggttgttgtg
tttgcagctaaatattcggagtcatacttctttttgattctttcgttgaaggacccaatt
cagattctatctacattgacattgaattgtgatgacagtcatttcctttgttcagcacaa
ccaaaaattacattgtgcttgttttattttaccgatttgattctattctttcttgacaca
tacctttggtacgttatttgcaatgttatattctcggttggtttgtccttttcattgggg
gtatcgattttcacaccatggagaaatatatattctagattacctgataggatcttgacc
aagctttatcatggtgactcatccaatagtttgattttggttatatcacaaatatggaat
gggattgtaatatccatgtttagggagcatatactttcagttgaacaggtgaagaagttg
atttatcaacgcgaagaagaagaaggaaatgtcaaaccaccgttgttttttgccaatgaa
gatgacaatacgttcaagcttttggcttatatcaaaatagaggaggagtgggagagaaga
atcacattttttgcccaatcattatcgagcccacttcctgacccgttcccggtggtgtca
atgccggcattcacggtacttataccacattactcagaaaagattcttttggggttgaag
gatttaattaaggaacaatcattttccaagttgacgttactagagtacttgaagcaactt
caccccaatgagtggagatcgtttgtcaaggacagtaaaatgattcaatcaattgatgat
gatgatgatgacttagatgagtatgaaaagtttaaagaaaatgaggatttgccatactac
tgcatcggttttaaagattccgcaccagagaatactctaagaacaagaatatgggcggca
ttacgttgccaaacgttataccgtacagtttctggattcatgaattacgaagtcgccttg
aagattttgtaccgcagtgaaaacattgggtttgaaagtgaaggtgatttatttattgaa
cgggagatgcaagagtttgttgataggaaatttagcttgattgtggctatgcaaaatttc
caaagttttaccccagaaactgctgaggatgctgatatgttgtttcgtgcatttcccaat
gttaaaattgcaattttggaagtggaaaatggaacttattattcaaccttgttggatgta
tctcaaagggatcataatggccattatcgcaaacgattcaagattcgattatccggaaat
ccaattttgggtgatggtaaatctgacaatcaaaacaatgcccttatattttatcgaggt
gaatatattcaagtcattgattccaaccaagataattatgtagaagaatgtttgaagatc
aagtcattattgactgaatttgaagagatggaccttgatgtatcttatggttacgcaact
gaaccaacgttggagatatctccaacagttgcaattgttgggtcgagagagtttatattt
tctcagaatattggtatactaggtgacatttccgcgggcaaagaacagacgtttggtact
ttgtttgccagaacaatgggtgaaattgggtccaaattacactacggacaccctgatttc
ttgaatgggatatttatgactacaagaggaggaatatcgaaagcgcaacgtggattacat
ttgaatgaagatatttatgctggaatcacagcaatgtgtcgagggggtagaattaaacat
tttgattattatcaatgtggaaaaggacgtgatttaggatttcagtcaattgtcaacttc
acgaaaaagattggtgctggaatgggtgaacaactcttgtcacgagaatacttctacctc
ggcacgaaattacccattgatagattcttgtcgttctattatgcccacccggggttccac
ataaacaacttgtcaattatgttatcagtaaagatattcatgtttttagttatgaattta
ggtgctttaaatcacaatacagttgaatgtgatgaaaacaatcctgttgctggatgtcat
acattgttaccggtcttgaattggattgaccgatttatcctttcggtatttgtgtgcttt
ttcatatcttttcttccattaatcattcaagagctaattgaaaagggatttgttcgatct
gtttttcgggtcattttacacattgtttcgttatctcccttttttgaagtttttctttgt
caggtttactctcgagcattacgtgataattttgtattcggagaagcacaatatatagcc
acggggagggactttgccatttcccgaatttcatttgccacattgtatacaagatatgcg
aatttgtcaatttatagtggcagcgaaatattcatggtgattgtgtttggaatgatgact
gtgaagcggattgccctactttggtttgccattactgtattggccttatgttttgctcca
tttatgtttaacccacatcagttcagctttattgatttttttcttgattatagagacttt
atacgttggttatcaagaggtaattcaaaagccaaggagtcttcatggatccaattttgt
caaaatgagagatcgcggttaactggggaaaagtttgaaggacatttactggggagaagc
tcaaccacatttaatttgcttttaggagaagtgatcacccccttgatcagctttatcttg
tatttaattccatttttgtttcttcactcatcggataagttgtttgtgttggatttggct
aatccgttaattaaagtcgccattgccatatctgtgccatatgtgttaaacattgttgta
ttgatgttaatttgggtattgtcattaaccatggcaccagcaattggactctgcgttaag
agaattccgtcattctttgcagcattggctcatttcttgtccattttggttcacatagtc
aatatagagttcttatttcttttgcaggaatttagctttattcatttgataagcgctttg
ttggttgttttcagctttcatcgtgcattatccagttttatattggttacatgtgtatct
cgagaacgaggtgagaatgtcactaataaagcatggtggtcaggaaaatggtaccgtagt
ggattggggttccgaatcattactcaaaacatgcgtgagttgattatcaaaatgttagaa
ttgaacaagtttacatttgatttctttttgggacacctattacttttagttatgtttcca
ttgttattcgtgccttatattgataccctacatacaagtcttttattctggttaaagcca
agtcgacaattcaaaagggcgataaattcaaaaagacaaaggaggaaaaaaaactggcaa
gttgttcgatattttttcctatttattttgatcatggctatatttgtagtacttgttatt
atcccgccagtttttaaaacgcaattgttgaagttgcaaaagaagttgacaaaaatggtt
gttgcaaatggagggaagtaa

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (22)   

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