KEGG   Kluyveromyces lactis: KLLA0_B05841g
Entry
KLLA0_B05841g     CDS       T01025                                 
Name
(RefSeq) uncharacterized protein
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
kla  Kluyveromyces lactis
Pathway
kla00500  Starch and sucrose metabolism
kla01100  Metabolic pathways
kla04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:kla00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    KLLA0_B05841g
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    KLLA0_B05841g
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:kla01003]
    KLLA0_B05841g
Enzymes [BR:kla01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     KLLA0_B05841g
Glycosyltransferases [BR:kla01003]
 Polysaccharide
  Structural polysaccharide
   KLLA0_B05841g
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-GeneID: 2897430
NCBI-ProteinID: XP_451796
UniProt: Q6CW93
Position
B:complement(522241..527877)
AA seq 1878 aa
MSYNDPYQDQGGHIPRDEYDQQQYDEYGQPIYAQDQYYAQDPGYYDQSAEYYQQPGQPGQ
PGQGYYDQPRGAGQDPENFSDFSYAPPGTPGGYDSYGGASGNGYGQYAPSQMSYGDPRSS
GASTPIYGGEGFDPSAVAMALPTEPYPAWTADTQTPVTASEIEDVFIDLTNKFGFQRDSM
RNMFDHFMTLLDSRASRMSPQQALLSLHADYIGSDSANYKKWYFAAQLDMDDEIGFRNMS
LGKMSRKARKARKKNKKAMEEANSSENPESALNQLEGDNSLEAADFRWKAKMNKLSPVER
VRQIALYLLLWGEANQVRFTSECLCFIYKCASDYLDSPLCQNRSDPIPEGDFLNRVITPI
YRFIRSQVYEVVDGRYVKREKDHNKVIGYDDVNQLFWYPEGIAKVILEDGTRLIDLPAEE
RYLRLGDVIWDDVFFKTYKETRSWFHLVTNFNRIWVVHASIYWMYTAYNAPTLYTHNYQQ
LLNNKPLAAYRWASSALAGSLATIIQIVATISEWFFVPRNWAGAQHLSRRFWFLVGILGV
NLGPIIFVFAYDPLTVYSKAALVVSAVMFFVALITIIFFSIMPLGGLFTSYMKKSTRKYV
ASQTFTASFYQLKGLDMWMSYLLWVTVFAAKFSESYFFLTLSLRDPIRILSTTVMRCTGD
YGYKDQLCRQQPKIVLGLMIATDLILFFLDTYMWYIICNTVFSVGRSFYLGISILTPWRN
IFTRLPKRIYSKILATTDMEIKYKPKVLISQVWNAIVISMYREHLLAIDHVQKLLYHQVP
SEIEGKRTLRAPTFFVSQDDNNFETEFFPRNSEAERRISFFAQSLATPIPEPLPVDNMPT
FTVLTPHYSERILLSLREIIREDDQFSRVTLLEYLKQLHPVEWDCFVKDTKILAEETAAF
EGNEEDSEKEGGMKSQIDDLPFYCIGFKSAAPEYTLRTRIWASLRSQTLYRTVSGFMNYA
RAIKLLYRVENPEIVQMFGGDTEGLERELERMARRKFKFLVSMQRLAKFKPHELENAEFL
LRAYPDLQIAYLDEEPPLNEGEEPRIYSALIDGYCEIMENGRRRPKFRVQLSGNPILGDG
KSDNQNHALIFYRGEYIQLIDANQDNYLEECLKIRSVLAEFEELNVEQVNPYSPGLKYED
QGNNHPVAIVGAREYIFSENSGVLGDVAAGKEQTFGTLFARTLAQIGGKLHYGHPDFVNA
TYMTTRGGVSKAQKGLHLNEDIYAGMTAMLRGGRIKHCEYYQCGKGRDLGFGTILNFTTK
IGAGMGEQMLSREYYYLGTQLPFDRFLSFYYAHPGFHLNNLFIQLSLQLFMLTLVNMNSM
ANQSIMCSYNKYKPITDVLYPIGCYNFEPVIDWVRRYTLSIFIVFFIAFIPIVVQELIER
GIWKAVQRFLRHLLSLSPMFEVFAGQIYSASLLSDLTVGGARYISTGRGFATSRIPFSIL
YSRFAGSAIYMGSRSMLMLLFSTIAYWQAALLWFWASLSALMFSPFIFNPHQFSWQDFFL
DYRDFIRWLSRGNNKYHKNSWIGYVRMSRSRVTGFKRKLVGDESERAAGDAPRAHRSNLI
FAELIPCIIYAAGCFTAFTFINAQTGVKDVSVVNSWLRIVICTLGPIVVNMGVLGVCLGL
SCCSGPLLGMCCKKTGSVMAGIAHGVAVIVHIVFFIIMWVLEAFNFTKMLIGLITCIQCQ
RLVFKCMTLFMLTREFKNDHANTAFWTGKWYGTGLGYMAWTQPSREFVAKVVELSEFAAD
FILGHILLFCQLPILCIPMADKFHSIMLFWLKPSRQIRPPIYSLKQTRLRKRMVKKYCSL
YFLVLAIFAACIIGPAVAASKVDTADLGSKVDSAGSDIFAGLIQPRRQQNNDTGFNLSTY
SGHYFTKAPSLTTWSTKA
NT seq 5637 nt   +upstreamnt  +downstreamnt
atgtcttacaacgatccgtaccaggatcaaggtggtcatatcccaagggatgagtacgac
caacaacagtacgatgaatatggtcaaccaatctatgcgcaagatcaatattacgcgcaa
gacccgggctactacgatcaatctgctgaatattaccaacagccaggtcaaccgggccaa
ccgggccaaggctactatgatcagcctcgtggtgctggccaggatcctgaaaatttctct
gatttcagttacgctcctccaggtaccccaggtggctacgatagttacggaggcgcttcc
gggaacggatacggtcaatatgctccttctcaaatgagttatggtgatccaagatcatct
ggtgcttcgacaccaatttatggtggtgaaggtttcgatccttcagcagttgccatggct
ttaccaactgaaccatatccagcatggaccgctgacactcagactccagtgaccgcaagc
gaaattgaagatgttttcatcgatttgactaataaatttgggttccaaagagattccatg
agaaacatgttcgatcatttcatgactctattggattctagagcttcaagaatgtctcct
caacaagcattgttatctttacatgctgattatatcggaagtgatagtgccaattataag
aaatggtacttcgctgcacaactagatatggatgatgaaattggtttcagaaatatgagt
cttggtaaaatgtctagaaaggcaagaaaggcaagaaagaagaataagaaggccatggaa
gaagctaacagctcggaaaatccagagagtgctttgaaccaattggaaggtgataactct
ttggaagctgcagatttcagatggaaggctaagatgaacaaactttcaccagtggaaaga
gttcgtcaaatcgctttgtatttgttactatggggtgaagccaatcaagtcagatttacc
tcagaatgtttatgtttcatctacaagtgtgcttctgattatttagattctcctctttgt
cagaaccgttcagatcctattccagaaggtgatttcttgaacagagttatcactccaatt
tatagatttattagatctcaagtctatgaagtggtggatggtcgttacgtgaaacgtgaa
aaggatcataacaaggttattggttacgatgatgtaaatcagttgttttggtaccctgaa
ggtatagccaaagtaatcttggaagatggcactcgtttgatcgatttgcccgctgaggaa
cgttatttgagattaggtgacgttatttgggatgacgttttctttaagacttataaagaa
acacgttcttggttccatttggtcaccaatttcaaccgtatctgggtcgttcacgcctct
atctactggatgtacaccgcttacaatgccccaactctttacactcataactaccaacaa
ctattaaacaacaaacctttggctgcttacagatgggcctctagtgcgttggctggttct
ttggcaactattattcaaattgtggcaactatctcggaatggttctttgtcccaagaaat
tgggctggtgctcaacatttgtctcgtcgtttctggttcttggttggtatcctcggtgtt
aacttgggtccaatcatctttgtcttcgcctatgatcctttgaccgtttactccaaggcc
gctttagtagtctctgcagttatgttctttgtcgctttgattaccatcattttcttctcc
attatgccattaggtggattattcacatcgtacatgaaaaaatctactagaaaatatgtt
gcatctcaaacttttacagcttctttctaccaattgaagggtcttgatatgtggatgtct
tatttattatgggttaccgtttttgcagctaagttctccgaatcctatttcttcttgacc
ctttccttaagagatccaatcagaattttatctaccactgtgatgagatgtactggtgat
tatggttataaagatcaactttgtcgtcaacaaccaaagatcgtcttaggtttgatgatc
gctactgatttgatccttttcttcttggatacttatatgtggtacattatttgtaacact
gttttctctgttggtagatctttctacttgggtatctctatcttaacaccatggagaaac
atcttcaccaggttaccaaagagaatttactcaaagatcttggctactactgatatggaa
attaaatataaaccaaaagttttaatctctcaagtttggaatgccattgtcatttccatg
tacagagaacatttgttggccattgaccacgttcaaaagttgttataccatcaagttcca
tctgagattgagggcaagagaactctaagagctccaacctttttcgtgtctcaagatgat
aacaatttcgagactgaattcttcccaagaaactccgaagctgaacgtcgtatctctttc
tttgctcaatctttggctactccaatcccagaaccattaccagttgataacatgccaact
ttcaccgttttgacacctcattactccgaaagaatcttgctatctttaagagaaattatt
cgtgaagatgatcaattctcaagagtcactttgttggaatatttgaagcaattgcatcct
gtcgaatgggattgtttcgtcaaggatacaaagatcttggctgaagaaactgctgcattt
gaaggaaacgaggaggattctgaaaaggaaggtggtatgaagtcacaaatcgatgattta
ccattctactgtatcggtttcaagtctgctgcaccagagtacactttacgtacccgtatt
tgggcctcattgagatcccaaactttgtaccgtactgtttctggtttcatgaattatgca
agagccattaaattgttgtaccgtgttgaaaaccctgaaattgttcaaatgttcggtggt
gatactgaaggtttggaaagagagttggaaagaatggcgagaagaaagttcaagttcttg
gtctctatgcaaagattggctaagtttaaacctcatgagctagaaaatgccgaattcttg
ttaagagcttaccctgacttacagatcgcttatttggatgaagaacctccattgaacgaa
ggtgaagaaccaaggatttactccgctttgattgatggttattgtgaaattatggaaaat
ggtcgtagacgtcctaagtttagagttcaattatctggtaacccaatcttgggtgatggt
aaatccgataatcaaaaccatgctttgattttctacagaggtgaatacattcaattgatt
gatgctaaccaagataactatttggaagaatgtttgaagattagatctgtcttggcagaa
ttcgaagaattgaacgttgaacaggtcaacccatactctccaggtttgaaatacgaagat
caaggtaacaaccatccagttgctattgttggtgctcgtgaatatattttctctgaaaac
tctggtgtcttaggtgatgttgcagctggtaaggaacaaactttcggtaccttatttgct
cgtaccttggctcaaattggtggtaaattgcattatggacatccagatttcgtcaatgct
acttatatgacaaccagaggtggtgtctccaaggctcaaaagggtttacatttgaacgaa
gatatttatgccggtatgactgctatgcttcgtggtggtcgtatcaagcactgtgaatat
tatcaatgtggtaagggtagagatttaggttttggtaccattttaaatttcacaactaag
attggtgctggtatgggtgagcaaatgttatctcgtgagtactactacttgggtactcaa
ttgcctttcgatcgtttcttgtctttctactacgcgcatcctggtttccatttgaataac
ttgtttattcaattgtctttgcaattatttatgttaactcttgttaacatgaattctatg
gctaatcaatccatcatgtgttcctataacaaatacaagcctatcaccgatgttctatat
ccaattggttgttacaactttgaacctgttattgattgggtcagacgttatacattatcc
atctttattgtgtttttcatcgcattcattccaattgttgttcaagaattgattgagcgt
ggtatctggaaagctgttcaaagattcttgcgccacttactatctctgtctccaatgttt
gaagtctttgccggtcaaatctattctgcatctttattgagtgatttgacagttggtggt
gctcgttatatctctactggtcgtggtttcgctacttctcgtattccattctccattcta
tattctagatttgctggttcagctatttacatgggttcaagatctatgttaatgttgtta
ttctctacaattgcctactggcaagctgctttactatggttctgggcctcattatcggct
ttgatgttctctccattcatcttcaatccacatcaattttcatggcaagatttcttcttg
gattacagagatttcatcagatggttgtctagaggtaacaataaatatcacaagaattct
tggattggttacgttagaatgtcaagatctcgtgtcaccggtttcaaacgtaagctggtc
ggtgatgaatccgaaagagccgctggtgatgctccaagagctcatagatctaacttaatc
ttcgccgaattaatcccatgtatcatctacgccgctggttgtttcactgcattcactttc
attaatgctcaaactggtgttaaggatgtcagtgttgtgaactcttggttgcgtattgtc
atctgtactttgggtccaattgtcgtcaacatgggtgtacttggtgtatgtttaggtcta
tcttgttgttcaggtccgttattgggtatgtgttgtaagaagactggttccgttatggcc
ggtattgctcatggtgttgcagttattgttcacattgtcttcttcatcattatgtgggtt
cttgaagctttcaatttcactaagatgttgatcggtttgatcacttgtattcaatgtcaa
agattagtcttcaagtgtatgaccttgttcatgttaactcgtgaattcaagaatgatcat
gcaaacactgcattctggactggtaaatggtatggtactggtttgggttacatggcctgg
actcaaccatcaagagaattcgttgctaaagttgtggaactctcagaattcgctgctgat
ttcattttgggtcacatcttgctattctgtcaattgccaatcttatgtattccaatggct
gataaattccattctatcatgttgttctggttaaagccttctcgtcaaattcgtccacca
atctattctttgaagcaaacacgtctacgtaaacgtatggtcaaaaaatactgttcgttg
tacttcctggttttggcaatattcgctgcttgtatcattggtccagctgtcgctgcttca
aaggtggatactgcggatcttggttctaaggtggacagtgccggtagtgatattttcgct
ggtttgattcaaccaagaagacaacaaaacaacgatactggtttcaatttgtccacttat
tctggacattacttcaccaaagccccatctttgactacctggtccaccaaggcctga

  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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