KEGG   Arabidopsis thaliana (thale cress): AT3G59100
Entry
AT3G59100         CDS       T00041                                 
Symbol
GSL11
Name
(RefSeq) glucan synthase-like 11
  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]
    AT3G59100 (GSL11)
Glycosyltransferases [BR:ath01003]
 Polysaccharide
  Structural polysaccharide
   AT3G59100 (GSL11)
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1 Vta1
Other DBs
NCBI-GeneID: 825079
NCBI-ProteinID: NP_191469
TAIR: AT3G59100
UniProt: Q9LYS6 A0A5S9XMX0
Position
3:21842964..21854117
AA seq 1921 aa
MEASSSGTAELPRSLSRRAPSRATTMMIDRPNEDASAMDSELVPSSLASIAPILRVANEI
EKDNPRVAYLCRFHAFEKAHRMDATSSGRGVRQFKTYLLHRLEKEEEETKPQLAKNDPRE
IQAYYQNFYEKYIKEGETSRKPEEMARLYQIASVLYDVLKTVVPSPKVDYETRRYAEEVE
RKRDRYEHYNILPLYAVGTKPAIVELPEVKAAFSAVRNVRNLPRRRIHLPSNTPNEMRKA
RTKLNDILEWLASEFGFQRGNVANQREHIILLLANADIRKRNDEEYDELKPSTVTELMDK
TFKSYYSWCKYLHSTSNLKFPDDCDKQQLQLIYISLYLLIWGEASNVRFMPECICYIFHN
MANDVYGILFSNVEAVSGETYETEEVIDEESFLRTVITPIYQVIRNEAKRNKGGTASHSQ
WRNYDDLNEYFWSKKCFKIGWPLDLKADFFLNSDEITPQDERLNQVTYGKSKPKTNFVEV
RTFWNLFRDFDRMWIFLVMAFQAMVIVGWHGSGSLGDIFDKDVFKTVLTIFITSAYLTLL
QAALDIILNFNAWKNFKFSQILRYLLKFAVAFMWAVLLPIAYSKSVQRPTGVVKFFSTWT
GDWKDQSFYTYAVSFYVLPNILAALLFLVPPFRRAMECSDMRPIKVIMWWAQPKLYVGRG
MHEDMFSLFKYTTFWIMLLISKLAFNYYVEILPLITPTKMIMNLHIGHYQWHEFFPHATN
NIGVVIAIWAPIVLVYLMDTQIWYAIFSTLFGGIHGAFSHLGEIRTLGMLRSRFESIPIA
FSRTLMPSEDAKRKHADDYVDQKNITNFSQVWNEFIYSMRSEDKISDRDRDLLLVPSSSG
DVSVIQWPPFLLASKIPIAVDMAKDFKGKEDAELFRKIKSDSYMYYAVIESYETLKKIIY
ALLEDEADRRVMNQVFLEVDMSMQQQRFIYEFRMSGLPLLSDKLEKFLSILLSDYEDQGT
YKSQLINVFQDVIEIITQDLLVNGHEILERARVHSPDIKNEKKEQRFEKINIHLVRDRCW
REKVIRLHLLLSVKESAINVPQNLEARRRITFFANSLFMNMPSAPRIRDMLSFSVLTPYY
KEDVLYSEEDLNKENEDGISILFYLQKIYPDEWTNYLDRLKDPKLPEKDKSEFLREWVSY
RGQTLARTVRGMMYYRQALELQCYQEVAGEQAEFSVFRAMASNDENQKAFLERARALADL
KFTYVVSCQVYGNQKKSGDIHNRSCYTNILQLMLKYPSLRVAYVDEREETADAKSPKVFY
SVLLKGGDKFDEEIYRIKLPGPPAEIGEGKPENQNHAIIFTRGEALQTIDMNQDNYFEEA
FKLRNVLEEFNKERVGRRKPTILGLREHIFTGSVSSLAWFMSNQESSFVTIGQRILANPL
RVRFHYGHPDIFDRIFHITRGGVSKASKVINLSEDIFGGFNSTLRGGYVTHHEYIQVGKG
RDVGLNPISIFEAKVANGNGEQTLSRDVYRLGHRFDFYRMLSFYFTTIGFYFSSMLTVLT
VYAFLYGRMYMVMSGLEKEILRLASPNQLEALEQALATQSIFQLGFLMVLPMVMEIGLEH
GFRSAIVDFFIMQLQLASVFFTFQLGTKSHYYGRTILHGGSKYRPTGRGFVVFHAKFAEN
YRLYSRSHFVKGLELLLLLVVYQIYGHSYRSSNLYLYITVSMWFMVGSWLFAPFIFNPSG
FEWQKTVDDWTDWKRWLGDRGGIGIPVEKSWESWWNVEQEHLKHTSIRGRILEITLALRF
FIYQYGIVYQLNISQRSKSFLVYGLSWVVLLTSLLVLKMVSMGRRRFGTDFQLMFRILKA
LLFLGFLSVMTILFVVFKLTLTDLSASVLAFLPTGWAILLIGQVLRSPIKALGVWDSVKE
LGRAYENIMGLVIFAPIAVLSWFPIVSEFQARLLFNQAFSRGLQISMILAGRKDKATSSH
K
NT seq 5766 nt   +upstreamnt  +downstreamnt
atggaagctagttcgagtggaacggcggagttgccgcggtctctttctcggagagctccg
tcgcgtgcgactactatgatgattgatagaccaaacgaagatgctagtgctatggatagc
gagcttgttccttcctctctcgcttctattgccccgattcttcgcgttgctaatgaaatt
gagaaggacaatcctcgagtggcttatctatgccggtttcatgcgtttgagaaagctcat
aggatggatgctacatccagtggacgaggtgttcgtcagtttaagacctatctgttacat
agacttgagaaggaagaagaggaaaccaagcctcagctggcgaaaaacgatcctagagaa
attcaggcatattaccagaacttctatgagaaatatattaaagaaggagaaacatcaaga
aaaccggaggaaatggcaaggctttaccaaattgcatcggtattgtacgatgtactgaag
actgtagtaccttcacctaaagtggattacgagacccgtagatatgccgaagaagttgaa
aggaaaagggatagatatgagcactacaacattcttcctttatatgctgtagggactaaa
ccagcaattgtggaacttcctgaggtcaaggctgcattcagtgctgtccgtaatgtgcgc
aatcttccacgacgaagaattcatttgccatctaatacccctaatgaaatgcgtaaggct
agaaccaaacttaatgacatacttgaatggcttgcttctgagttcgggtttcagagaggg
aacgtggcaaatcagagggagcacataatactgcttcttgctaatgctgacattagaaag
agaaatgatgaagaatatgatgagttgaaacctagcaccgtcactgagttgatggacaaa
acttttaaaagttattactcatggtgtaaatatttgcactctacgtctaatctcaagttt
ccagatgattgtgataaacagcagctgcagcttatctatatttccctgtaccttttaata
tggggtgaagcctcgaatgttagatttatgcccgaatgtatctgctatattttccataat
atggcaaatgacgtctatggaattctgtttagcaatgttgaagctgttagtggtgagaca
tatgaaacagaagaagttattgatgaagaatcatttctgagaactgttataactccaatc
tatcaggtcatacgcaacgaagccaaaaggaacaagggaggtacagcaagccattcgcaa
tggagaaattacgatgatttgaatgaatacttttggtctaagaaatgcttcaagatagga
tggcctcttgaccttaaagcagactttttcctaaactctgacgagataaccccacaggac
gagaggctgaatcaagtcacttatgggaaaagcaagcctaaaaccaactttgttgaagtc
cgcacattctggaacctcttcagagattttgatcgaatgtggatatttcttgtcatggct
tttcaggctatggtaatagttggatggcatggttctgggtcactaggtgacatatttgac
aaggatgtattcaaaacggtgttaactatttttattacttcggcgtatctgactctttta
caagctgcactggatattatcctaaatttcaatgcctggaagaatttcaagttttcccag
atattgcggtaccttttgaaattcgcagtagcatttatgtgggcggtactgcttccaatt
gcttactcgaagtctgttcaacgcccaactggagttgtaaagttcttcagtacttggact
ggggattggaaggatcagtccttttatacgtacgctgtttcattttatgtgttaccaaac
atattggcagctctgttattcctcgttccaccattccggagagccatggagtgttcagac
atgcgacctatcaaagttataatgtggtgggctcagccaaaactatacgttggaagaggt
atgcatgaggacatgttctctctcttcaagtataccaccttctggatcatgctactgatc
agcaagcttgctttcaactattatgtggagatactaccccttattacgccaacaaagatg
atcatgaatctgcacattggtcactaccagtggcatgaattttttccccatgcaactaac
aatattggagtggttattgctatatgggctccaattgtactggtttacttgatggatact
caaatatggtacgccattttttccactctgtttggaggcatacatggggccttcagtcat
ctgggagaaatacggactcttgggatgttgcgatctagatttgagtcaataccaattgcc
ttcagccgcaccctcatgccatccgaagatgcaaaaagaaaacatgcggatgactatgtg
gaccagaaaaacatcactaatttctcccaggtgtggaacgagttcatttactctatgaga
agcgaggataagatcagtgacagagatagggatttgctgcttgtaccatcttcgtcgggt
gatgtgtctgtcatccagtggccacctttcttgcttgctagtaagattcctattgctgtg
gacatggcaaaagatttcaagggaaaagaggatgctgaactatttagaaagattaagagt
gatagctacatgtattatgctgttattgagagttatgagacattgaagaaaataatttac
gctcttctggaagatgaagcagatagaagggtcatgaatcaggtatttttagaagtggac
atgagcatgcagcaacagagattcatatatgaattccgcatgagtggattaccgctcctt
agtgataagctggagaagtttctaagtatattgttaagtgactatgaagaccagggtaca
tacaagtctcagttaattaatgtcttccaggatgttatcgaaattatcactcaagatctc
ttggttaatgggcatgaaattcttgaaagggctcgtgttcattctcctgacatcaaaaat
gagaaaaaggaacagaggtttgagaaaattaatatccacctagtacgggatagatgttgg
cgggaaaaggttattcggcttcatttgctcttatcggtcaaagaatctgcaataaatgtt
cctcaaaacttggaagcccgccgacgtatcacattctttgctaattctctgtttatgaat
atgcctagtgctccaagaatacgagatatgctatctttcagtgttttaactccttactac
aaagaagatgtgctgtattcagaggaagaccttaacaaggaaaatgaagatgggatctca
attctgttttatctacaaaagatttatcctgatgagtggaccaattatttggatcgctta
aaggatcctaagcttcctgagaaagacaagtcagagttccttcgagagtgggtatcttac
agaggtcagacgttagccagaacagttaggggtatgatgtactatagacaggctctggag
cttcaatgctaccaggaagttgcaggggaacaagccgagtttagtgtctttcgggccatg
gcgtccaacgatgaaaatcagaaggctttcctggaacgtgccagagctcttgcagatctg
aagttcacttatgttgtttcttgtcaggtctacggaaatcagaaaaagtccggtgatatc
cacaaccgcagctgctacacgaatattctgcagctcatgctaaaatatccatcattgcgg
gttgcttatgtagatgagagggaggagacagcagatgcaaaatctccgaaggtcttttac
tctgtacttctaaaaggaggtgacaagtttgatgaggaaatttaccgcatcaagcttcct
ggtcctccagctgagattggtgaaggaaagcctgaaaatcaaaatcatgctatcatattt
acacgtggtgaagcactacaaactatagatatgaatcaagacaattactttgaagaagct
ttcaaactaagaaatgtattggaggaattcaataaggagcgtgttggtagacgcaagcca
acaatattgggtctccgagaacatatatttactggaagtgtttcgtcattagcttggttc
atgtccaatcaggagagtagttttgtgacaattggccaaagaattttggcaaaccctctg
agggtccgttttcattatggtcatcctgacatatttgacagaatctttcacataacaagg
ggcggtgtgagcaaggcttcgaaagtaataaatttgagtgaggatattttcggaggcttc
aattcaactctccgtggaggatatgttacacatcacgagtatatccaagttggaaaggga
cgggacgtggggttgaacccaatctctatttttgaagcaaaagtagcaaatggaaacggg
gagcaaacgctaagccgtgatgtttaccgtttggggcatcggtttgacttttacaggatg
ctctcattctattttacgaccattggattctattttagtagcatgctcaccgttcttact
gtatatgcattcctgtatggacggatgtacatggttatgagcggattggagaaagagatt
ttgagactcgcaagcccgaatcagcttgaggctcttgagcaggctctggctacacagtca
atatttcagcttggtttcttgatggtgttaccgatggtaatggagattggcttggaacac
ggttttcgctctgctattgtcgattttttcataatgcagctgcagctagcctcggtattc
tttacattccagcttgggacaaagtcacattattacgggagaacaattttacatggtggt
tccaaatatagaccgacgggccgtgggtttgttgttttccatgccaagtttgcggagaac
tacaggttgtattcgagaagtcactttgtgaagggactagagctgcttttattgctagtt
gtttatcaaatctatgggcattcataccggagttcaaacctttatctgtatatcacagtc
tcgatgtggtttatggttggttcttggttgtttgcaccatttatattcaatccttcgggg
tttgagtggcaaaagacagttgacgattggactgattggaaacgatggcttggagatcgg
ggtggtataggcatcccggttgaaaaaagctgggaatcgtggtggaacgtagagcaagaa
cacctcaaacatacaagtattagagggaggattctggaaatcacacttgctctccgcttt
ttcatttatcagtacggaattgtttaccagctcaatatctctcagcgcagcaagagcttt
ttggtttatggactctcttgggtggtcttgctcacatcattacttgttctaaagatggta
tctatgggcagacgaagatttggaacagattttcagctaatgttcaggattcttaaagca
cttctcttcctcggctttttgtcagtcatgacaatattatttgtggtgttcaaactcaca
ctcaccgatctctctgcttcagttcttgcttttcttccaaccgggtgggcgattcttctg
attgggcaagtactgaggtcaccgatcaaagctttaggggtttgggactcggtgaaagag
ctaggaagagcgtatgagaatatcatgggacttgtaatctttgcaccaatcgctgttctg
tcttggtttcccattgtctccgagtttcaagctcgtctgcttttcaatcaagcttttagc
agaggccttcaaatctctatgattctcgctggtcggaaagacaaagcaacttcttcgcac
aagtaa

  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 (5)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (59)   

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