KEGG   Candida tropicalis: CTRG_04806
Entry
CTRG_04806        CDS       T01115                                 
Name
(RefSeq) hypothetical protein
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
ctp  Candida tropicalis
Pathway
ctp00500  Starch and sucrose metabolism
ctp01100  Metabolic pathways
ctp04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:ctp00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    CTRG_04806
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    CTRG_04806
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:ctp01003]
    CTRG_04806
Enzymes [BR:ctp01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     CTRG_04806
Glycosyltransferases [BR:ctp01003]
 Polysaccharide
  Structural polysaccharide
   CTRG_04806
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-GeneID: 8296517
NCBI-ProteinID: XP_002550508
UniProt: C5MFG3
Position
Unknown
AA seq 1570 aa
MNEEKPQYSAWCSENGAQIPSEKIYEIFFNLGAKFGFQDDNVNNMFDHFMTLLDSRASRM
TCPNALLSLHLDYIGGKNSNFRTWFFAVQWNFEHDWTPKKRKKWRVVPDYQLWLLRYQNC
TENDLIYQIALYLLIWGEANNVRFMPECLCFIYQCALDYNGPNLPKFHFLDKIITPIYNF
IRDQLYCQVDSKWRRKEIDHARTIGYDDVNQHFWSTEGLYKLAFEDGNRLYQLPRSERYQ
KISLIDWKKSLNKTYRERRTWIHVLTNFNRVWIIHVSVFWYFMSFNSPSLYTPNYTPEKD
PQLHIRLTIVAIGGVISALISLGASIAEFFFVQGSFKNILLLIILTVLNSGSIVYNLGFL
KWDEYSYRGSIISSISLCVSIVTFCYLAMVSPGSFKSDFASNFPKLKLRSRIFSILLWIG
VFAAKYSESYFFLVLSLKDPIQILSTIVLNCNGSHIFCPFQPKITLVLFYLTDLILFFLD
TYLWYVICNCLFSVGLSFSLGVSIFTPWRNIFSRLPDRILTKIYYGDSTDLILVIAQIWN
SIIISMYREHVLSVEQVSKLIYQRGIDENTIRPPIFFVYEDDNKLYDFIKIEKEWERRIT
FFAQSLSSQLPEPFPVVATPTFTVLIPHYSEKILLSLQDLIKEQSFSKLTLLDYLKQLHP
SEWDSFVQDSKMIQTIKEMDEEKFIRDNIDDLPYYCIGFKDSAPENVLRTRIWAALRCQT
LYRTVSGFMNYETALKLLYRTEVIGFEQDEFQEEELDEFVKRKFNLLVAMQNFQNFSPDA
KEDADSLFRAFPNMNVAILESVNDQEYFSTLLDVSHRGQNGEYAKKYRIKLSGNPILGDG
KSDNQNNALIFYRGEYIQVIDSNQDNYIEECLKIKSLLNEFEEMNLDVSYGYISEQPDSS
PVAIVGAREFIFSQNIGILGDIAAGKEQTFGTLFARTMGEIGSKLHYGHPDFLNGIFMTT
RGGISKAQRGLHLNEDIYAGITATCRGGRIKHSDYYQCGKGRDLGFQSIVNFTKKIGSGM
GEQLLSREYYYLGTKLPIDKFLSFYYAHAGFHINNLSIMLSVKMFMFLLSNLGALKYGTV
ECNEDDPVPGCHNLVPVLNWIDRFVLSVFVCFFISFLPLIIQEFIEKGLIKAILRIILHV
VSLSPFFEVFVCQVYSRALRDNFVFGEAKYIATGRGFAISRVSFATLYSRYASLSIYYGG
EIFLVILFASITIWRKSLLWFVITIISLCLAPFIFNPHQFNFIDFFVDYRDYIRWLSRGN
SSIKESSWAHYTKNRRARLTGEKFNGGYVSGRNSATFNLLLGEVGSPLINLIIYLIPYLF
LHSESRLTSFSVNNPLLKLAALVLAPYAENAVVLFLVWLMSLTLAPLAGIWCKKAPAFFA
GFAHFSSLILHVANIEVLLFLENWNVVKLLSALLVMFNCHRVISNLTLIMIVSRERTENV
NQAWWSGKWYKSGLGVHVLSQNLREFIVKILELNKFTFDFIMGHFLLFAMSPVLFIPYVD
SLHTSMLFWLKPSRQFSRPIINRSQRRRRNWQIVKYFTLFVGILCVFATLFVAPPLLKDK
LKFLKKWIGS
NT seq 4713 nt   +upstreamnt  +downstreamnt
atgaacgaagaaaaaccacaatactctgcctggtgcctggaaaacggagcacaaattcct
tctgaaaagatatatgaaatattcttcaatttaggtgcaaaatttggatttcaagatgat
aatgtcaataacatgtttgaccattttatgacgttgttagattcacgtgctagtagaatg
acttgtcccaatgcattattatcacttcatttggattatattggtgggaaaaattccaat
ttcagaacatggttttttgcagtacaatggaattttgaacatgactggacaccgaagaag
agaaagaaatggagagttgttcctgactaccagctttggttattgagataccaaaattgt
acagagaatgatttaatatatcaaatagcattatatttgttgatctggggagaagctaac
aatgtcaggtttatgcctgaatgtctctgttttatttatcaatgtgctttggattataat
ggacccaatctcccaaaatttcatttccttgataagattataacgccaatttacaatttc
attcgtgatcaactatactgccaagtggatagcaaatggagacgaaaagaaatagatcat
gctaggacaataggatacgacgatgtaaatcaacacttttggagtaccgaagggctatac
aagttggcatttgaagacgggaatagactatatcaacttccaagatcggaacggtaccaa
aaaattagtttaatagattggaaaaagtcattaaataaaacataccgtgaacgacgtact
tggattcatgtgttgactaatttcaatagagtatggattatccatgtctcagtgttttgg
tattttatgtccttcaattcaccgtcattatacacaccaaattatacaccggaaaaggat
ccacaattgcatattagattaactattgtcgcaattggaggggttatatctgctttaata
tcgttaggagcatcaatagcagaattcttttttgttcaaggttcattcaaaaatatttta
ttattgataattctaaccgtgttgaattctggatcaattgtatataaccttggattctta
aaatgggatgaatattcatatcgtggatcaataatttccagcattctgttgtgtgtttca
attgttacattctgttatttggcaatggtttcacctggcagttttaaaagtgattttgct
agcaattttcccaaacttaaacttagaagtagaatattttcaattttattatggattggt
gtctttgctgcaaagtattccgagtcttacttttttttggtgttgtcgttgaaagacccc
atccaaatcctatcgaccattgtgttgaattgcaatggcagccatatattttgtccgttt
caacctaagataacattggtcttgttctatttaaccgatttgatattgtttttcttggat
acatatctatggtatgtcatttgtaattgtttgttttcagtgggattatcattttcgctt
ggagtttcaattttcactccatggagaaacatattctctcgtttaccagatagaatatta
accaagatttactatggggattcaactgacttgatcttggtgattgctcaaatatggaac
agtataattatctccatgtacagagaacatgtcctctctgtggagcaagtttctaaattg
atctatcaacgaggcattgatgagaacacaatccgaccaccaatattctttgtctacgaa
gatgataacaaattatatgactttattaaaattgaaaaagaatgggaaagaagaatcact
ttttttgcccaatcactatcgagtcaattacccgaaccatttccagtagttgctactcct
acgtttaccgtgttgatcccgcattattcagagaagatattgttaagtttacaagattta
atcaaggagcaaagtttctccaaactaacgttgttggattatcttaagcaactccatcca
tcagaatgggattcttttgtccaggacagcaaaatgattcaaactataaaagaaatggat
gaagaaaaatttattcgtgataatatcgatgatttgccatattattgtattgggtttaag
gactctgcaccagaaaacgtgttaagaactagaatttgggcagccttgagatgccaaaca
ctttatcgtacagtttctggatttatgaattatgaaactgctttaaaattgctttacaga
acagaagtcattggatttgaacaagatgaatttcaagaagaggagttggatgaatttgtt
aaacgaaaattcaaccttttagtagccatgcaaaattttcaaaacttcagtccagatgcc
aaagaagatgcggattcattgtttagagcatttccaaatatgaatgtagcaattttagag
tctgtaaatgaccaggagtatttttctacattgttggatgtttcacataggggccagaat
ggcgagtacgcaaagaaatatagaatcaaactttctggtaatccgattttaggtgatggt
aaatcggataatcaaaataatgcattaatattctatcgtggtgaatacattcaagttatt
gattcaaaccaagacaactatatcgaagagtgcttaaaaattaaatccttattaaatgaa
tttgaagaaatgaacttagatgtgagctatggatatatctcagaacaaccagatagtagt
ccggtagcaattgtgggtgcaagagagtttattttttcacaaaatatcggtattcttggt
gatattgctgctggaaaggagcaaacttttggtactctttttgcgagaactatgggcgag
attgggtcaaaattacactatggtcaccctgatttccttaatggaatttttatgacaaca
agaggaggtatctccaaagctcaacgaggcttgcatttaaacgaagacatttatgctgga
attactgccacttgccgaggaggaagaattaaacattcagattactaccagtgtggtaag
ggcagagatcttggattccaatccattgttaattttacaaagaaaattggatcaggaatg
ggtgaacaattactatctagagaatattactatttgggtaccaaattacccattgataaa
tttttatcattttattatgctcatgctggatttcatatcaataacttgtcaataatgtta
tctgtcaaaatgtttatgtttttactttctaaccttggagcattgaaatatggtacagta
gaatgtaatgaagacgacccagtaccaggatgccataacttggttccggtattaaattgg
atagacagatttgttctttcagtatttgtatgcttcttcatttcctttttaccattgata
attcaagagttcattgaaaagggcttaataaaagcaatcttgcggatcatattgcatgtc
gtttcattgtcaccattttttgaagttttcgtttgtcaagtttattcccgagcattaaga
gataattttgtatttggagaagcaaaatatattgctacggggagaggttttgccatttca
agagtttcttttgcaacattgtattctcgttatgcaagtttgtcaatctactatggagga
gaaatatttttggtaatattatttgcatcaattactatttggagaaaatcattactctgg
tttgttattactatcatatccttgtgcttagcccctttcatattcaacccccatcaattt
aactttattgatttcttcgtagattatcgcgattacataagatggttatctagaggcaac
tcatcaattaaagaactgtcttgggctcactatactaagaatagaagggcaagattaact
ggagagaagtttaacggtggatacgtgctgggaagaaattcagctactttcaacttgttg
ttaggtgaggtgggttctccattgataaacttgataatttacctaattccttatttgttt
cttcattcagagtcaaggttaacaagcttcagtgtgaataacccactactaaaattagca
gcattggttttggctccttatgctgagaatgcagtggtacttttcctagtttggttgatg
tcattgacattagctccacttgcaggtatatggtgcaagaaagcaccggcattttttgca
ggatttgcacatttttcctcattgattcttcatgttgcaaacattgaggttttattgttc
ttagagaattggaatgttgtaaagcttttatctgccttgttggttatgttcaattgtcat
cgtgtgattagcaatcttacgttaataatgatagtttcaagagaacggactgagaatgtt
aatcaagcttggtggtcagggaaatggtacaagagtggattaggagttcatgtactttct
caaaatttgcgagaattcattgtcaagattcttgaattaaacaagtttacatttgatttc
ataatgggccactttttgttgtttgccatgtcaccagttttattcattccctatgtcgat
tcattgcatacaagcatgcttttctggttaaaaccaagtcgccaattctcacgaccaatt
atcaacagatcacaacgaagacgacgcaattggcaaattgttaaatatttcactctattt
gttggtattctttgtgtatttgctacattatttgtagctccacctttgttgaaagacaag
ttaaagtttttaaagaaatggataggttcatag

  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 (2)   
   Pfam (2)   
All databases (21)   

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