KEGG   Arabidopsis thaliana (thale cress): AT5G36870
Entry
AT5G36870         CDS       T00041                                 
Symbol
GSL09
Name
(RefSeq) glucan synthase-like 9
  KO
K11000  callose synthase [EC:2.4.1.-]
Organism
ath  Arabidopsis thaliana (thale cress)
Brite
KEGG Orthology (KO) [BR:ath00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:ath01003]
    AT5G36870 (GSL09)
Glycosyltransferases [BR:ath01003]
 Polysaccharide
  Structural polysaccharide
   AT5G36870 (GSL09)
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1 Vta1
Other DBs
NCBI-GeneID: 833654
NCBI-ProteinID: NP_198503
TAIR: AT5G36870
UniProt: Q9LTG5
Position
5:14518008..14534060
AA seq 1871 aa
MNQPNRGQILQTVFSHFFPVASPDSELVPSSLHEDITPILRVAKDVEDTNPRSLFLQDLD
IKSVDDSINILSGHSHALDKANELDPTSSGRDVRQFKNTILQWLEKNNESTLKARQKSSD
AHEMQSFYQQYGDEGINDLLNAGAGSSSSQRTKIYQTAVVLYDVLDAVHRKANIKVAAKI
LESHAEVEAKNKIYVPYNILPLDPDSKNHAMMRDPKIVAVLKAIRYTSDLTWQIGHKIND
DEDVLDWLKTMFRFQKDNVSNQREHLILLLANVQMRQTQRQPNLLDDRALDTVMEKLLGN
YNKWCNHVGLESSLRFPKDKQQKVVQQRKLLYTGLYLLIWGEAANLRFMPECLCYIYHHM
AFELFEMLESKGSKKKYKPKNPTYSGKDEDFLTKVVTPVYKTIAEEAKKSGEGKHSEWRN
YDDLNEYFWSKQYLDKLGWPMKANADFFCKTSQQLGLNKSEKKPDLGDGCVGKVNFVEIR
TFWHLFRSFDRMWSFYILSLQAMIIIAWNETSESGGAVFHKVLSVFITAAKLNLFQAFLD
IALSWKARHSMSTHVRQRYIFKAVAAAVWVLLMPLTYAYSHTSIFIVAILIYLSPNMLPE
MLLLIPSIRRTLEKSDFRPVKLIMWWSQPELYIGRGMHESAWSIYKYMMFWIVLLTSKLA
FSYYVEQIKPLMGPTKEIMSVPMPGYWLPEFFPHVKNNRGVVITLWSPVILVYFMDTQIW
YAIVSTLVGGLYGAFRHIGEIQTLGMLRSRFQSLPGAFNACLIPNENTKEKGIKLAFSRK
CHKIPNTNGKEAKQFSQMWNTIINSFREEDLISNRELELLLMSCWAYPDLDFIRWPIFLL
ASKIPIAVDIAKKRNGKHRELKNILAEDNCMSCAVRECYASIKKLLNTLVTGNSDLMLIT
TVFTIIDTHIEKDTLLTELNLSVLPDLHGHFVKLTEYVLQNKDKDKIQIVNVLLKILEMV
TKDILKEEIKRLHLLLTVKESAMDVPSNLEARRRLTFFSNSLFMEMPGAPKIQNMLSFSA
LTPYYSEDVLFSTFDLEKENDGVSILFYLQKIFPDEWKNFLERVKCGTEEELDAIDYLKE
EIRLWASYRGQTLTKTVRGMMYYQKALELQAFFDLANERELMKGYKSAEASSSGSSLWAE
CQALADIKFTYVVACQQYSIHKRSGDQRAKDILTLMTTYPSLRVAYIDEVEQTHIYSKGT
SENFYYSALVKAAPQTYSTDSSDSGHMLDQVIYQIKLPGPPIIGEGKPENQNNAIIFTRG
EALQTIDMNQDYYIEEAFKMRNLLQEFLEKNGGVRYPTILGLREHIFTRSVSCLAWFMSN
QEHSFVTIGQRVLANPLKVRFHYGHPDVFDRVFHLTRGGVSKASKVINLSEDIFAGFNST
LREGTVSHHEYIQVGKGRDVGLNQISMFEAKIANGSGEQTLSRDLYRLGHQFDFFRMLSC
YFTTVGFYFCSMLTVLTVYVFLYGRLYLVLSGVEKELGNKPMMMEIILASQSFVQIVFLM
AMPMIMEIGLERGFYDALFDFVLMQLQLASVFFTFQLGTKFHYYCKTLLHGGAEYRGTGR
GFVVFHAKFAENYRFYSRSHFVKATELGILLLVYHIFGPTYIGLFTISIWFMVGTWLFAP
FLFNPSGFEWHEIVEDWADWKKWIEYDNGGIGVPPEKSWESWWEKDIEHLQHSGKWGIVV
EIFFALRFFIFQYGLVYQLSAFKNKYSSLWVFGASWLLILILLLTVTVLDYARRRLGTEF
QLLFRIIKVSLFLAFMAIFITLMTCRLILPQDVFLCMLALIPTGWGLLLIAQSCKPLIQQ
PGIWSWVMTLAWVYDLVMGSLLFIPIAFMAWFPFISEFQTRMLFNQAFSRGLHISRILSG
QRKHRSSKNKD
NT seq 5616 nt   +upstreamnt  +downstreamnt
atgaatcagcccaacagagggcagattctccaaactgtgtttagccactttttcccagta
gctagtcctgacagtgagctggttccatcttctcttcatgaggatattactcccatcctt
cgtgtagccaaagacgtagaggatactaatccccggagtttatttcttcaagatcttgac
atcaaatctgtggatgattctataaatatactgtcaggtcattcacatgcgctagataag
gcaaacgagcttgatcccacatcaagtggacgtgatgttcgccagttcaagaatacaatt
cttcaatggttagaaaagaataatgaaagtactctaaaggcaagacagaagagtagtgat
gcacatgaaatgcaaagtttctatcaacaatatggtgacgagggcatcaatgatttgcta
aatgctggtgctggcagttctagttctcaacgtacaaaaatatatcaaactgctgttgtt
ctctatgatgtcttggatgctgttcatcggaaagctaatatcaaagtggctgctaagatt
ttggaatcccatgccgaggtggaagcaaaaaacaaaatctatgtgccttacaatattctt
cccctcgatcctgatagtaaaaatcacgctatgatgagagatcctaagattgtagctgta
ttaaaggcaattcgttacacaagtgacttaacatggcagataggtcacaagatcaatgac
gatgaagacgtgctagactggctaaaaactatgtttcgctttcagaaagataatgtttca
aatcaaagagagcacttgattttgttacttgctaatgtccaaatgcgacaaacccagaga
caaccaaatttgttggatgatcgagccttggatacagtgatggagaaattattaggaaat
tacaataaatggtgtaatcatgtgggcctggaaagcagccttaggttccctaaggataag
caacaaaaggtggtacaacagaggaaactactatatacaggactctatcttttaatatgg
ggagaagctgcaaaccttagattcatgcccgagtgcctttgctatatctatcaccatatg
gcgtttgagttgtttgagatgttggagagtaaaggtagtaagaagaaatataagcctaaa
aacccaacatatagtggtaaagatgaagatttcttgacgaaagtagtgactcctgtttac
aagacaatagccgaggaagcaaaaaaaagtggcgaaggaaagcattctgagtggagaaac
tatgacgacttgaacgaatacttctggtcaaaacaataccttgataagttagggtggcct
atgaaagccaatgctgatttcttttgtaagacatctcaacaacttggtctgaataaaagt
gagaagaaaccagatctgggagatggatgtgtcggaaaagtcaattttgttgagatacgc
accttttggcatctatttagaagttttgacagaatgtggagtttttatatcttgtctttg
caggcaatgatcataattgcttggaatgaaaccagtgaatctgggggtgcggtctttcat
aaggttttgagcgtcttcatcacagctgctaaattaaaccttttccaagctttccttgat
atagctctgagctggaaagcaagacatagcatgtcaacacatgtgaggcaaagatacatc
ttcaaggcagtggcggctgcagtatgggttttactcatgccattaacttacgcatacagc
cacacctctattttcattgtggctattcttatctacttatccccaaacatgctcccggaa
atgttgctcttgattcctagcatccgacgtacacttgaaaagtctgactttaggccagtg
aaattgataatgtggtggtctcagcctgaactgtatataggaagaggtatgcatgaaagt
gcatggtcaatctacaagtacatgatgttctggattgtcttgttaacctcaaagcttgca
ttcagttattatgtggagcagattaagcctcttatgggtccaaccaaagaaattatgagt
gttcctatgccaggctactggttgcccgagtttttccctcatgttaagaacaatagaggt
gttgtgatcacactctggtcacctgttatccttgtttatttcatggacactcaaatatgg
tatgctatagtatcaactctggttggaggtttatatggagcttttcgacacatcggagag
atccaaacacttggaatgttgaggtctagatttcagtccttaccaggagcctttaatgct
tgtttgattccaaatgagaatacgaaagaaaaaggaattaaattggctttctctcgcaag
tgccacaagatcccaaatactaatggcaaggaagcaaaacaattttctcagatgtggaac
accataattaatagttttcgagaagaggatctgattagcaatagggaactggaactcctg
ctgatgtcatgttgggcttaccctgatctggattttatccgctggccaatttttctgttg
gccagtaagatcccaatagccgtggatattgcaaaaaaaaggaatggaaaacaccgtgaa
ctgaaaaatatactggctgaggacaattgcatgagttgtgctgttagagagtgttatgct
tctattaagaaactcttgaatactctggtcaccggaaatagtgatttaatgctcataacc
acagttttcaccattattgacacacatatagagaaagatacactcttgacagagttgaat
ttgagtgttcttcctgatctgcatggccactttgttaagctaactgaatatgtgctgcaa
aacaaagacaaggacaagattcagattgttaatgtcttgctgaaaatattagaaatggtg
acaaaagacatactaaaggaagagatcaagaggcttcatcttttgcttactgtcaaagag
tcggctatggatgttccatccaacttggaagcgcgaaggcgtcttacattcttttcaaac
tcattattcatggaaatgcctggtgcacccaaaatccaaaacatgctttccttttcggca
ctaacaccatactattcagaggatgtccttttctccacatttgatctggaaaaggaaaat
gatggagtctcaatactgttttacttgcagaaaatatttccagatgaatggaaaaacttt
ctggaacgagttaaatgtggcactgaggaagaactcgacgcaatagattatttgaaagag
gagattcgtctttgggcatcttacaggggccaaacactgaccaaaacagtgcgaggcatg
atgtattaccaaaaggctttggagcttcaggccttctttgatctagctaatgaaagagaa
ttaatgaaaggatacaagagtgccgaagcttcaagtagtggaagttcactctgggctgag
tgtcaagcacttgctgatattaaattcacctatgtggtcgcatgccaacaatacagtata
cataagagatctggtgaccaacgtgctaaagacatattgacgcttatgactacgtaccca
tctttacgtgttgcttatatcgatgaggttgagcaaacacatatatatagtaaggggaca
agtgaaaatttttattactcagctcttgtcaaagctgctccacaaacctattctaccgat
tcctctgattctggtcatatgctagaccaggtcatttatcagattaaactaccaggacct
cctataataggagaaggaaaaccggaaaatcagaacaatgctatcatttttacacgcgga
gaagcgttgcagacaatagacatgaaccaggattattacatagaagaagctttcaaaatg
aggaacttgctacaagaatttcttgaaaagaatggaggcgtgagatatcctacgatactt
ggactaagagagcatattttcacacgaagtgtttcttgtcttgcatggtttatgtcaaat
caggagcatagctttgttactattgggcagagggtgctagctaatcctttgaaggtacga
tttcattacggtcatccagatgtttttgatagagtatttcacctgaccagagggggtgtc
tccaaagcttctaaagttattaatctaagtgaagacatatttgcaggtttcaattctact
ctacgtgaaggcaccgtgagtcatcatgaatacatacaagttggtaaagggagagatgtg
ggactcaaccaaatttcaatgtttgaggcaaagatagctaacggaagtggtgagcaaact
ctaagtcgtgacctatatagactaggccaccaatttgatttcttccgtatgctctcttgc
tatttcactacagttgggttctatttctgtagcatgttaaccgtgcttacggtctatgta
tttctctatggacggttgtatctcgttctaagtggggttgaaaaagaattggggaacaag
cctatgatgatggaaattatccttgcttcgcagtcgttcgtgcagattgtttttttgatg
gccatgcctatgatcatggagattgggcttgagaggggattttatgacgccctatttgat
tttgtattgatgcagctacaacttgcttccgtatttttcacatttcaacttgggacaaaa
tttcattactactgcaagacattgttgcatggaggcgcagaatacagaggtactggccgt
ggatttgtggtgttccatgccaaatttgctgaaaactacaggttttactctcgtagtcat
tttgtgaaggctactgagctagggattctcctactcgtgtatcacatatttggcccaacc
tatatagggttgttcactatttcgatatggttcatggtgggtacatggctctttgctcct
ttcttattcaacccatctggttttgagtggcatgaaattgtcgaagactgggcagattgg
aaaaaatggattgaatatgataatggggggataggtgttcctccagagaagagctgggaa
tcatggtgggagaaggatattgaacatcttcaacactcgggaaaatggggtatcgttgtt
gagattttttttgcattacgcttcttcatatttcagtacggacttgtgtatcaactcagc
gcctttaaaaataaatatagtagtttatgggtttttggggcttcatggttactgatctta
atccttttactcactgtgacggttttggattatgcaaggcgacggctgggaacagagttc
caacttttattcaggatcatcaaggtttccttgtttctcgcatttatggcaatattcatt
actctcatgacttgtcgtcttatactaccccaagacgtcttcctctgcatgcttgcatta
atcccaactggatggggattactacttattgcacaatcttgtaagcctctgattcaacaa
ccagggatatggtcttgggtgatgacgttggcttgggtctacgacctcgtgatgggttct
ctcttgtttattccaatagcgtttatggcctggttcccattcatatcggagttccaaacg
agaatgctctttaaccaagcctttagcagaggtctacatatctcacgtattctcagtggt
cagagaaaacaccgctcctccaagaataaagactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (7)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (3)   
   Pfam (3)   
All databases (64)   

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