KEGG   Torulaspora delbrueckii: TDEL_0G00370
Entry
TDEL_0G00370      CDS       T02236                                 
Symbol
TDEL0G00370
Name
(RefSeq) hypothetical protein
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
tdl  Torulaspora delbrueckii
Pathway
tdl00500  Starch and sucrose metabolism
tdl01100  Metabolic pathways
tdl04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:tdl00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    TDEL_0G00370 (TDEL0G00370)
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    TDEL_0G00370 (TDEL0G00370)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:tdl01003]
    TDEL_0G00370 (TDEL0G00370)
Enzymes [BR:tdl01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     TDEL_0G00370 (TDEL0G00370)
Glycosyltransferases [BR:tdl01003]
 Polysaccharide
  Structural polysaccharide
   TDEL_0G00370 (TDEL0G00370)
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-GeneID: 11504370
NCBI-ProteinID: XP_003682615
UniProt: G8ZYC9
Position
7:complement(72619..77976)
AA seq 1785 aa
MSGSPISLTDLEHPAWCQDEEVPVTKGEIRAMFAELAAKFGFQKANRENMFHHLMAQLDS
RASRTNGQNALVSLHVSYIGGEQANFRKWYFAAQQDLDEELGFQNMELRGKSRQRNLKLA
KKRGISIKEQMEEWNQKEQEFINNHPKITLTHEQLQDKTSLQTANYKWKLKMKQLSHHEM
ARQLILYLLCWGEANQVRFAPECLCFIFKCALDYDTATECAMQDSAQDTAVPEFTFLNDV
ITPLYNFLKLQVYRKNSKGKWERRDRDHKEVIGYDDVNQLFWYPEGIEKIVLHNGDRLVD
KPLKERYLYLKDVEWSKVFYKTFIESRGWMHCVTNFNRFWIIHLAPFWFFTSFNAPTFYT
KDYVQLLNNPPTPQSKLSAIALGGTVSCLIQILATLFEWRFVPRRWPGAQHLTRRLIGLI
VCLLINVGPSVYIFGFFDLDVHSKSAYILSIIQLIIAFLTTLFFAIRPLGGMFGSYLNRG
KQKRRYVSSQIFTASFPRLSGRSKWFSYGLWFGVFLGKFIESYFFLTLSLRDPIRVLSIL
DMTRCAGDKLIGRWFCSWQSKITLGLMIFTDLGLFFLDTYLWYIICNCAFSIMLSFSLGT
SILTPWKNIYARLPKRIYTKILATSEMDIKYKPKILISQVWNAIVISMYREHLLSIEHIQ
RLLFQQVDSMSQDKKMLRSPTFFIAQDDSTFKSVEFFPKNSEAKRRISFFAQSLSTPINE
PVPVECMPTFTVLIPHYSEKILLTLKEVIKEESNKSKITVLEYLKQLHSAEWDSFVRDTK
LLSMEKDATKSICDEMKGRDDEVSNKGTLSKYIDHGSVFSDDKVGEDVVQKKISDLPYHV
FGFNSSEASYTLRTRIWASLRCQTLYRTISGFMNYSKAIKLLYRIENPSLLQLYENAPEA
LENGLESMVNRKFRMLVAMQRYAKFNKEEREATELLFKVYPTMYVSYLLEEQSPDDDETL
YYSCLTNGFAEVDPDTGLRKPLFKVRLSGNPILGDGKADNQNHSLIFYRGEYIQVIDANQ
DNYLEECLKIRSVLSEFEEMDVDSTIPYIPGIEYDEEPPAVAIVGAREYIFSENIGVLGD
IAAGKEQTFGTLFARTLAEIGGKLHYGHPDFLNAIFMTTRGGLSKAQRSLHLNEDIYAGM
NAMCRGGRIKHSDYFQCGKGRDLGFGSILNFTTKIGAGMGEQLLSREYYYLGTQLPIDRF
LSFFYAHPGFHLNNLFISLSVQLFFLLLLNLGSLNHETILCNYDRDLPITNLEEPIGCYN
IQPALHWVSIFVLSIFIVFFIAFAPLLIQELLEKGIWKATERFFHHLFSMAPLFEVFVCQ
VYSNSLLSDLTFGGAKYISTGRGFAITRIEFAVLYSRFVNIAIYSGLQVFLMLVFGMVSM
WQPALLWFWITVISMCFAPFIFNPHQFVFTDFFIDYRNFIHWLSSGNTKFHKESWSTFTK
VSRARFTGYKQKLIGDLSEEGAGDARKAKLGNVLLAELFTPLVVFLFNFTGYTFINAQTG
VPRPEPTHSIIRLVLVTFLPIILNTGLLMILFMLSLVALPLLSLCCKKSGSGIAGAAHAF
SVVVYLIDFEVMWFLEGWNFARTLILLISTINLHILLFKTFTILILTKEHKNNSSHIAWW
TGIWYNTGMGWSIILQPIREFSVKIMESSYFAGDFFLSHLLLYAQTPLILIPFIDRWHSM
VLFWLKPTSIITSKRIFTRKQRKRRNNIVRKYFILYFGLLSILLALIIAPFFAKQLVDDP
ARMLTGSPFSGVIQPNRQNNNDTGPNAPMTILTTTPPFPRFKTVP
NT seq 5358 nt   +upstreamnt  +downstreamnt
atgagcggatcgccgatatcgcttacggacctcgagcacccagcatggtgccaggatgaa
gaggttccagtcacaaagggcgagatccgtgcaatgtttgcagagttggcggctaagttt
gggtttcaaaaggcaaatcgggagaatatgttccatcatttgatggctcagttagattct
agggctagtagaaccaatggacagaatgcattagtctcgttgcatgtctcgtatatcggt
ggagaacaagcgaatttcaggaaatggtattttgccgctcagcaagatttggacgaagag
ttaggtttccagaatatggaactacgtgggaaatcacgtcaaaggaatttgaagcttgcc
aagaaacgagggatttctatcaaagagcaaatggaagaatggaaccagaaagaacaggag
tttattaacaatcatccaaagattacgttgacacatgagcaactgcaggataagacgagc
ctacaaacagctaattacaagtggaaactcaagatgaaacaactgagtcatcatgagatg
gctcgtcaattgattttgtaccttttgtgttggggtgaggctaaccaggtgagatttgca
ccagagtgtttgtgttttatattcaaatgtgcactagattatgatacggctactgaatgc
gccatgcaggattcggcccaagatactgccgtaccagagttcaccttcttaaacgatgtg
ataactccgctgtacaattttttgaaattacaagtttatcgtaaaaattcgaaaggcaaa
tgggaaagaagagacagagatcataaagaagtgattggttatgatgacgtgaatcagttg
ttttggtaccctgaggggattgagaagatcgttctgcataatggtgatagattagtcgac
aaacctttgaaagagaggtatttgtacttgaaagatgttgaatggtccaaagtcttttac
aagacttttatagagagtcgtggttggatgcattgcgtaacaaattttaacaggttctgg
attattcatttggcaccattttggttctttacatctttcaatgctccaactttctacaca
aaggattacgttcaactgctgaataatcccccaacacctcaatcaaagctttcggcgata
gctttaggcggtacagtatcgtgtttgattcaaatcctcgccacacttttcgaatggaga
ttcgtgccacgccgttggccaggagcccaacatctgacaagaaggttgattggattgatt
gtttgtcttttgatcaacgttggaccttcggtgtatatcttcggtttctttgaccttgat
gttcactccaaatcagcttacattttgtcgatcattcaactaattatcgcatttttgact
actctgttcttcgcgataagaccattaggaggtatgtttggatcatatttgaatagaggg
aaacaaaagagacgttatgtctcttctcagatttttactgcatcttttcctcgtctaagt
ggaagaagtaaatggttctcctatgggctttggtttggtgttttcctcggtaaattcatt
gagtcgtatttcttcttgacgttatcgttgagggatcccattagagtactctccattcta
gatatgacgagatgtgctggcgataagttgatcggaagatggttttgttcttggcaatca
aagataactttgggattaatgatcttcacagatttggggcttttcttccttgatacttat
ctttggtatatcatctgcaattgtgctttttccataatgctatcattctctcttggtaca
tcgattctgactccctggaagaacatttacgcaagattaccaaagaggatttatactaag
attttggcgacttcagaaatggatatcaaatacaaaccaaagattctaatctcacaggtt
tggaatgccattgtcatttcaatgtatcgtgagcatttattgtccatcgaacacatccag
agattgttgtttcaacaggtagattcaatgtctcaggataagaaaatgttaaggtcaccg
acttttttcattgctcaagatgattccacattcaaatctgttgaattctttcccaaaaat
tcagaagccaagagaaggatctctttctttgctcaatctctatcaacacccattaatgaa
cctgtaccggtggaatgcatgccaactttcaccgttcttattccccactactctgagaag
attcttcttacgttgaaagaggttatcaaggaggaatcgaacaaaagcaagatcacggta
ctagagtacttgaagcaacttcattctgctgagtgggattcatttgttagagatacaaaa
cttttatctatggagaaggatgctacaaaaagtatatgtgatgaaatgaaaggcagggac
gacgaggtctctaataaagggactttgtcaaaatatattgatcatggaagtgtatttagt
gatgataaagttggcgaagatgttgttcagaagaagattagcgatttgccttatcatgtc
tttggattcaactcttctgaagcgtcctataccttaaggactagaatatgggcctcgctc
agatgtcaaaccttatatcggaccatctcagggtttatgaactattcaaaagcgataaaa
ttactgtacagaattgaaaatccttctttactccaactttatgaaaatgctcctgaggca
ctggaaaacggcttagaaagcatggtaaataggaagtttagaatgttagtggcgatgcaa
aggtatgcgaaatttaacaaggaggaaagagaggccactgaattgctattcaaagtttat
ccaaccatgtatgtatcttatcttttggaggaacaatcacccgatgacgacgagacgctc
tattattcatgtttgacgaacggctttgcagaagtggatcccgacactggactacgaaaa
ccattattcaaagtcaggttatccgggaaccctattctaggagacggtaaggcagataac
caaaatcattccttaattttctaccgtggtgaatacattcaagtgattgatgcgaaccag
gataactatttggaagaatgcttgaagattcgttctgtactaagcgagttcgaggaaatg
gatgtcgatagcactattccgtatattcctggtatagaatacgatgaggaacctcccgca
gtggctatagtaggtgctagagaatatattttctctgaaaatattggagttctcggtgat
attgctgctggtaaggaacagacatttggaacattatttgcaagaactttggcagaaatt
ggtgggaaacttcactatggacatcccgactttctgaatgcaatttttatgacgactaga
gggggattgtcaaaagcgcaaagaagtcttcatttgaatgaagatatctatgctggtatg
aatgcgatgtgccgcggcgggagaattaagcatagtgattattttcagtgtggtaaaggt
agagacctgggttttggttcgatactaaatttcacaacaaagattggcgcgggtatgggg
gagcaactcttatcaagagagtactactacctcggcacgcagttaccgattgacaggttt
ttgtctttcttctatgctcacccgggattccatctgaataacttattcatttcgttgtca
gttcagttgtttttcctattattgcttaatctaggttctttaaatcacgaaacgatcctt
tgcaattacgatagagaccttccaatcaccaatttagaagaaccaataggttgttataat
atacaacctgctttgcactgggtatcaatcttcgttctctctatcttcattgttttcttc
atagcgttcgcaccattactgatacaagaactgctggagaaaggaatatggaaagcaaca
gaaaggttcttccaccatttattttcaatggcgccattatttgaggtgtttgtctgtcag
gtttactcgaactcgctgttaagcgacctaactttcggtggtgccaaatatatctccaca
ggaagaggatttgccataacaaggattgaatttgcagttctttattcaaggtttgtgaac
attgccatttactctggtttgcaagtgtttctaatgcttgtttttggcatggtctcaatg
tggcagcctgctttactatggttttggataacggttatctcaatgtgttttgcgcctttc
atcttcaatcctcatcagtttgtattcacggatttcttcattgactatcgtaattttatt
cattggctgtcatcaggcaatacaaaatttcataaggaatcatggagtactttcacaaag
gtttcaagagcaaggtttaccggatacaagcaaaaattgattggtgatctatcggaggaa
ggtgcaggggatgcaaggaaggcaaagcttggaaatgtcttgttggctgaactattcacc
ccattggtggtcttccttttcaatttcacagggtacactttcatcaatgcgcaaactggt
gtccctagaccggaacctactcattcgataataagattggtactagtcacttttcttccc
attattttgaacacgggtttattgatgattttattcatgctatcactggtggctttacct
ctactctccttatgctgcaagaagagtggttcaggaatagcaggcgctgcgcatgcattt
tccgttgtcgtttatttgatcgattttgaagttatgtggttcctggagggttggaatttc
gctcgaacccttatcttactaatttccaccattaatttacatattctccttttcaagacg
tttacgattttgatcctaacgaaggagcacaaaaataactcctctcacattgcttggtgg
accggtatttggtacaatacgggaatgggatggtctattattttacaacccatccgtgag
ttttctgtcaagatcatggagtcaagctacttcgctggtgattttttcctatctcacctc
ctcctttacgcacaaacacccctcatcttaatacccttcatcgatcgttggcactcaatg
gtacttttttggctaaaaccaaccagtattatcacaagtaaaagaatcttcaccaggaaa
caacgtaaacgcagaaacaacatagtcaggaaatattttatcctgtattttggtttattg
agcattcttcttgctctaatcatagcgccattctttgccaaacaactagttgacgatcct
gcaagaatgttaacagggtccccatttagtggcgtcattcagccgaatcgccaaaataac
aatgatacgggtccaaatgctccaatgactatcctaacgacaacgcctcctttcccgcgt
ttcaagacagttccgtag

  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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