KEGG   Arabidopsis thaliana (thale cress): AT2G36850
Entry
AT2G36850         CDS       T00041                                 
Symbol
GSL8
Name
(RefSeq) glucan synthase-like 8
  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]
    AT2G36850 (GSL8)
Glycosyltransferases [BR:ath01003]
 Polysaccharide
  Structural polysaccharide
   AT2G36850 (GSL8)
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-GeneID: 818258
NCBI-ProteinID: NP_850271
TAIR: AT2G36850
UniProt: Q9SJM0 A0A654EZK1
Position
2:complement(15454671..15469964)
AA seq 1904 aa
MARVYSNWDRLVRATLRREQLRNTGQGHERVSSGLAGAVPPSLGRATNIDAILQAADEIQ
SEDPSVARILCEQAYSMAQNLDPNSDGRGVLQFKTGLMSVIKQKLAKRDGASIDRDRDIE
RLWEFYKLYKRRHRVDDIQKEEQKWRESGTTFSSNVGEILKMRKVFATLRALIEVLEVLS
RDADPNGVGRSIRDELGRIKKADATLSAELTPYNIVPLEAQSMTNAIGVFPEVRGAVQAI
RYTEHFPRLPVDFEISGQRDADMFDLLEYIFGFQRDNVRNQREHLVLTLSNAQSQLSIPG
QNDPKIDENAVNEVFLKVLDNYIKWCKYLRIRVVYNKLEAIDRDRKLFLVSLYFLIWGEA
ANVRFLPECICYIFHNMAKELDAKLDHGEAVRADSCLTGTDTGSVSFLERIICPIYETIS
AETVRNNGGKAAHSEWRNYDDFNEYFWTPACFELSWPMKTESRFLSKPKGRKRTAKSSFV
EHRTYLHLFRSFIRLWIFMFIMFQSLTIIAFRNEHLNIETFKILLSAGPTYAIMNFIECL
LDVVLMYGAYSMARGMAISRLVIRFLWWGLGSAFVVYYYVKVLDERNKPNQNEFFFHLYI
LVLGCYAAVRLIFGLLVKLPACHALSEMSDQSFFQFFKWIYQERYFVGRGLFENLSDYCR
YVAFWLVVLASKFTFAYFLQIKPLVKPTNTIIHLPPFQYSWHDIVSKSNDHALTIVSLWA
PVLAIYLMDIHIWYTLLSAIIGGVMGAKARLGEIRTIEMVHKRFESFPEAFAQNLVSPVV
KRVPLGQHASQDGQDMNKAYAAMFSPFWNEIIKSLREEDYLSNREMDLLSIPSNTGSLRL
VQWPLFLLCSKILVAIDLAMECKETQEVLWRQICDDEYMAYAVQECYYSVEKILNSMVND
EGRRWVERIFLEISNSIEQGSLAITLNLKKLQLVVSRFTALTGLLIRNETPDLAKGAAKA
MFDFYEVVTHDLLSHDLREQLDTWNILARARNEGRLFSRIAWPRDPEIIEQVKRLHLLLT
VKDAAANVPKNLEARRRLEFFTNSLFMDMPQARPVAEMVPFSVFTPYYSETVLYSSSELR
SENEDGISILFYLQKIFPDEWENFLERIGRSESTGDADLQASSTDALELRFWVSYRGQTL
ARTVRGMMYYRRALMLQSFLERRGLGVDDASLTNMPRGFESSIEARAQADLKFTYVVSCQ
IYGQQKQQKKPEATDIGLLLQRYEALRVAFIHSEDVGNGDGGSGGKKEFYSKLVKADIHG
KDEEIYSIKLPGDPKLGEGKPENQNHAIVFTRGEAIQTIDMNQDNYLEEAIKMRNLLEEF
HGKHGIRRPTILGVREHVFTGSVSSLAWFMSNQETSFVTLGQRVLAYPLKVRMHYGHPDV
FDRIFHITRGGISKASRVINISEDIYAGFNSTLRQGNITHHEYIQVGKGRDVGLNQIALF
EGKVAGGNGEQVLSRDVYRIGQLFDFFRMMSFYFTTVGFYVCTMMTVLTVYVFLYGRVYL
AFSGADRAISRVAKLSGNTALDAALNAQFLVQIGIFTAVPMVMGFILELGLLKAIFSFIT
MQFQLCSVFFTFSLGTRTHYFGRTILHGGAKYRATGRGFVVQHIKFADNYRLYSRSHFVK
AFEVALLLIIYIAYGYTDGGASSFVLLTISSWFLVISWLFAPYIFNPSGFEWQKTVEDFE
DWVSWLMYKGGVGVKGELSWESWWEEEQAHIQTLRGRILETILSLRFFMFQYGIVYKLDL
TRKNTSLALYGYSWVVLVVIVFLFKLFWYSPRKSSNILLALRFLQGVASITFIALIVVAI
AMTDLSIPDMFACVLGFIPTGWALLSLAITWKQVLRVLGLWETVREFGRIYDAAMGMLIF
SPIALLSWFPFISTFQSRLLFNQAFSRGLEISIILAGNRANVET
NT seq 5715 nt   +upstreamnt  +downstreamnt
atggctagggtttatagtaattgggataggctggttcgagccactttaagaagagagcag
ctgagaaatacaggtcaaggtcatgagcgtgttagtagcggacttgctggagcagttccg
ccatcacttggtcgagctacaaatatcgatgctatcttacaagctgctgatgagattcag
tctgaggatccttctgtagctagaattctatgtgagcaagcgtactctatggcacagaac
ttggaccctaacagtgatggtagaggtgttcttcaattcaaaactggtttgatgtccgtg
attaagcaaaaacttgccaagagagatggtgcttcaatagaccgcgatcgtgatattgaa
cgactatgggaattttacaaactttataaaagacggcatagagtggatgatattcagaag
gaagagcaaaagtggagggaatcaggaacaactttttcttctaacgtgggggagatcttg
aagatgaggaaggtgtttgccacattgagggccctaattgaagtgttagaggtgctaagc
agagatgctgatccaaatggtgttgggaggtctatcagggacgagcttgggcggattaaa
aaagctgatgcaactttgtctgcggaactaactccttacaatattgtccctctagaagcg
cagtccatgaccaatgcaattggggttttccctgaagtacgtggtgcagtccaagctatc
agatacactgaacatttccctaggcttcccgttgattttgagatttccggacaacgtgat
gcagatatgtttgatttattggagtatatctttgggtttcagagagacaatgtaaggaac
caacgggagcatttggttctcacactttcaaatgcacagtcccagcttagtatacctggg
cagaatgacccaaaaattgatgagaatgcagtcaatgaggttttcttaaaggttttggac
aactacatcaagtggtgcaaatacttgaggatacgcgttgtgtacaacaagttagaagcc
attgaccgggacaggaagctgtttcttgtttctttgtacttcctaatctggggtgaagct
gctaatgtccgctttcttccagagtgtatctgctatatatttcacaacatggccaaggaa
ttggatgcaaaattggatcatggagaagctgttcgtgctgacagttgcttaactggaacg
gataccggttctgtatcatttcttgagcgaattatctgccctatatatgaaacaatctca
gcggaaactgttcgaaacaatggtgggaaagctgcacattctgaatggcggaattatgat
gacttcaatgaatacttttggacacctgcttgctttgagttaagctggcctatgaaaaca
gagtcacgctttttaagcaagccgaaagggcggaaaaggactgctaaaagtagctttgtt
gagcatcggacataccttcaccttttccgaagttttattcgactttggatcttcatgttt
attatgttccagtctttgacgattatagccttcaggaatgaacatctcaatatcgaaact
ttcaagatcttactcagtgctgggcctacatatgctattatgaacttcattgaatgtctt
cttgatgttgtacttatgtatggcgcctacagcatggcaagaggaatggctatatccagg
ctggttatcaggtttctttggtggggcttgggatcggcatttgtggtgtattattatgtg
aaggttctggatgaaagaaataaaccaaaccaaaatgagtttttcttccatttatacatt
cttgtattggggtgttatgccgctgttcgcctcatctttggacttttagtcaaacttcca
gcatgccatgctctgtcagaaatgtcagatcaatctttcttccagttttttaagtggata
tatcaggaacgatacttcgtgggacgtggcctctttgagaatttaagtgattattgcagg
tatgtggcgttttggttggttgtcctggcctccaaattcacatttgcatacttcctccag
atcaaaccactcgttaaacccaccaacactatcattcatcttcctccatttcaatattca
tggcatgatattgtctcaaaatctaacgatcatgcgttgaccattgttagcttgtgggct
ccagttttggcgatttatcttatggatattcatatatggtacacactcttgtctgcaatt
attggtggtgtgatgggtgcaaaagctcgcctaggcgagatacgcaccatcgagatggtt
cataagcgttttgagagttttccagaggcttttgctcagaaccttgtctctcctgttgtg
aaaagagtaccacttggccaacatgcttctcaggatggtcaggatatgaacaaggcatat
gctgcgatgttttcacctttttggaatgagataataaagagcttgagagaggaagattat
ctcagtaacagggagatggatttgctttctattcccagtaacacggggagccttagacta
gtccagtggcccttgtttcttctctgcagtaagattctggtagccattgatttagccatg
gagtgcaaagaaacacaagaagtactatggagacaaatatgcgatgatgaatacatggcg
tatgcagttcaggagtgctattacagtgttgaaaaaatattgaattccatggttaatgat
gaagggcgacgttgggtggaaagaatttttctggagatcagcaacagtatagaacagggt
tcccttgcgataactctaaatcttaagaagcttcagttagtggtttccagatttactgca
ttaaccgggcttttgattcgaaatgaaaccccagatcttgcaaaaggtgctgcaaaagct
atgtttgatttttacgaggtggtcacgcatgaccttctttcacatgatttaagggagcag
cttgatacatggaatattttagcacgggctcgaaatgaagggcgtctcttttccagaata
gcttggcctagggacccagaaattatagagcaggtcaagcggctacatcttcttctcact
gtgaaggatgccgctgctaacgtcccaaaaaatctagaagcaagaagaagattggagttt
ttcacaaattcgttatttatggatatgccccaagcaaggcctgttgctgaaatggttcca
ttcagtgtcttcaccccatactatagtgagacagtgctctatagctcctcagaactgcga
agtgagaatgaggatggaatatctattcttttctatcttcaaaagatatttcctgatgaa
tgggagaacttcttggagaggattggcaggtctgaatcaacaggggatgcagatcttcaa
gcaagttcaactgatgctttggagcttcggttttgggtatcttatcgaggacagacttta
gcgaggactgtgcgaggtatgatgtattaccgaagggctttgatgctccagagtttctta
gaaagacgaggcttgggagtggatgatgcatctctgaccaacatgccacgaggatttgaa
tcgtcaattgaagctcgagctcaagcggaccttaagtttacgtatgttgtgtcgtgccaa
atttatgggcaacagaaacagcaaaagaaaccagaggctactgatatcggacttttattg
caaagatacgaggcgctacgagttgctttcatacattcggaggatgttggaaatggagat
ggtggaagtggagggaaaaaggaattctattctaaattagtaaaagctgacattcacgga
aaagatgaggaaatttattcaattaaacttcccggagatcctaaacttggtgaagggaag
cctgagaatcaaaatcatgctatcgtgtttacgcggggagaagctatccagaccatagat
atgaatcaggacaattatctggaggaagcaatcaaaatgagaaatctacttgaggagttt
catggaaaacatggaattcgacgtcctactattttgggagttagagagcatgttttcacg
ggaagtgtttcatcactggcgtggttcatgtcgaatcaagagaccagttttgtaacgttg
ggtcaacgggttctagcatatccacttaaagttcgaatgcactatgggcatccagatgtg
ttcgatagaatatttcatataactcgcggaggaatcagcaaagcatcccgtgttattaac
atcagtgaagatatatatgctggatttaactcgacactcaggcaggggaatatcacccac
catgagtatattcaggttggtaaaggaagagatgtaggacttaaccagattgccctattt
gaagggaaggtagcaggtggaaatggagaacaagttcttagcagggatgtctacagaatt
gggcagctgtttgacttttttagaatgatgtcattctacttcacaacagttggattctat
gtctgcacaatgatgaccgtccttactgtgtacgtctttttgtatggaagagtttatctg
gccttttctggtgctgatcgtgcaatatcaagagtagccaaactgtcaggtaacactgca
ttggatgctgcactaaacgcacagtttttagtccagattggaatctttactgccgtccct
atggtgatgggtttcatacttgaacttgggttgctaaaggctattttcagcttcattaca
atgcaattccagttgtgttctgtctttttcacattttctctcgggacaagaactcattac
tttggacgtactattcttcacggtggtgcaaagtatcgagcaactggcagaggttttgtg
gttcagcacataaagtttgccgataattacagactttattctagaagtcattttgttaaa
gcttttgaagtagctctactgttgatcatttacattgcctatgggtatacggacgggggt
gcctcttcgttcgttttgctaactatcagcagttggttccttgtaatatcctggttgttt
gcaccctatatcttcaatccctctggatttgaatggcaaaagactgtcgaggattttgaa
gactgggtcagttggcttatgtacaaaggtggagtgggagtaaagggagagctcagttgg
gagtcgtggtgggaggaagaacaggcgcatatccaaacattaagaggaaggatattggag
actattttgagcctgagatttttcatgtttcaatatggcattgtgtacaagcttgatctc
actcggaaaaacacttcacttgcgctctatggctactcgtgggttgttttggttgttatt
gtgttcttgtttaagcttttctggtatagtcccagaaaatcaagcaacattctgctggca
ctgcgttttctacagggagtggcttcgatcacattcatcgccctcatcgttgtagccatt
gcaatgacagatctatcgattccagacatgtttgcatgtgtccttggttttatcccgacc
ggctgggctctactctctttagccatcacatggaaacaggtgcttagggtcctgggcttg
tgggaaacagtccgtgagtttgggcgtatatatgatgctgcaatgggtatgctcatattt
tctccgatcgcccttctttcctggttccctttcatctccacgttccagtctcggctcctc
ttcaaccaagctttcagtcgcggacttgaaatctccattatccttgccggaaacagagct
aatgttgagacctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (49)   

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