KEGG   Camelina sativa (false flax): 104706379
Entry
104706379         CDS       T05044                                 
Name
(RefSeq) sucrose-phosphate synthase 1
  KO
K00696  sucrose-phosphate synthase [EC:2.4.1.14]
Organism
csat  Camelina sativa (false flax)
Pathway
csat00500  Starch and sucrose metabolism
csat01100  Metabolic pathways
csat01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:csat00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    104706379
Enzymes [BR:csat01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.14  sucrose-phosphate synthase
     104706379
SSDB
Motif
Pfam: Glycos_transf_1 Glyco_trans_1_4 S6PP Sucrose_synth Glyco_trans_4_4 Glyco_transf_4 Glyco_trans_1_2 GT4-conflict DUF1752
Other DBs
NCBI-GeneID: 104706379
NCBI-ProteinID: XP_010420869
Position
8:complement(5834493..5840600)
AA seq 1043 aa
MAGNDWVNSYLEAILDVGQGLEDARSSLLLRERGRFTPSRYFVEEVITGFDETDLHRSWV
KAVATRSPQERNTRLENMCWRIWNLARQKKQHEEKEAQRLAKRRLERERGRREATADMSE
EFSEGEKGDAITDISTLSESTKPRLPRINSAESMEIWASQQKGNKLYLVLISLHGLIRGE
NMELGRDSDTGGQVKYVVELARALGSMPGVYRVDLLTRQVSSPDVDYSYGEPTEMLTPRD
SEDYSDERGESSGAYIVRIPFGPKDKYIPKELLWPHIAEFVDGAMNHIMQMSNVLGEQVG
VGKPIWPAAIHGHYADAGDAAALLSGALNVPMLLTGHSLGRDKLEQLLRQGRLSKEEINS
TYKIMRRIEGEELSLDVSEMVITSTRQEIDEQWRLYDGFDPILERKLRARMKRNVSCYGR
FMPRMVKIPPGMEFNHIVPHGGDIEDTDGNEEHPTSPDPPIWAEIMRFFSNSRKPMILAL
ARPDPKKNITTLVKAFGECRPLRELANLALIMGNRDGIDEMSSTSSSVLLSVLKLIDKYD
LYGQVAYPKHHKQSDVPDIYRLAAKSKGVFINPAIIEPFGLTLIEAAAHGLPMVATQNGG
PVDIHRVLDNGLLVDPHDQQSISAALLKLVADKHLWSKCRQNGLKNIHQFSWPEHCKTYL
SRITSFKPRHPQWQSDDGGDNSEPESPSDSLRDIQDISLNLKFSFDGSGNDNYMNQEGSS
MDRKSKIEAAVQNWSKGKDSRKMGSLERSEVNSGKFPAVRRRKFIVVIAIDFDGEQDTLE
ATRRILDAVEKERADGSVGFILSTSLTISEIQSFLVSGGLNPNDFDAFICNSGSDLHYTS
LNNEDGPFVVDFYYHSHIEYRWGGEGLRKTLIRWASSLNDKKAEKDEQIVTLAEHLSTDY
CYTFTVKKPAAVPPVRELRKLLRIQALRCHVVYSQNGTRINVIPVLASRIQALRYLFVRW
GIDMAKMAVFVGESGDTDYEGLLGGLHKSVVLTGVSCSASNALHANRSYPLTDVISLESS
NVVHAPADSDVRDALKKLELIKE
NT seq 3132 nt   +upstreamnt  +downstreamnt
atggccgggaacgattgggtgaacagttacttggaggcgattctcgacgtcggtcagggt
cttgaagatgctcgctcctcgcttcttcttagggagagaggtcgattcactcccagccgt
tactttgttgaagaagtcattactggcttcgatgagactgatcttcatagatcctgggtt
aaggctgttgctacgaggagtccacaggagaggaacacacggttagagaatatgtgttgg
aggatctggaatcttgctcgtcaaaagaagcagcatgaggaaaaggaagcacagaggctg
gctaagcgccggcttgagcgtgagagaggtcgtagggaggcaacagctgatatgtctgag
gagttttcagaaggagagaaaggagatgccatcactgatatttctactcttagtgaaagc
accaaaccaaggttgcccaggattaattctgctgagtccatggagatatgggctagccaa
cagaagggaaataagctgtatcttgttttgatcagtcttcatggtctcatacgtggtgaa
aacatggagctcggtcgcgattctgataccggtggccaggttaaatatgttgtagaactt
gcacgcgccttgggttcaatgccaggagtttatagggttgacttgcttactagacaagtg
tcttcaccagatgttgactatagctatggcgaaccgacggagatgctgactcctagagat
tctgaagattactcggacgagaggggggagagtagcggtgcttatattgtgagaatacca
tttggtccaaaggacaagtatattccaaaagaacttctatggcctcacattgctgaattt
gttgatggtgctatgaaccacatcatgcaaatgtcaaatgttctcggcgagcaagttggt
gttgggaagcctatttggcctgctgccatccatggacactatgctgatgctggtgacgcc
gctgctttgctctccggtgcacttaatgtgcctatgctccttactggccactcacttggt
cgggataagttagagcagcttttgagacaaggccgcctttcaaaagaagaaatcaattct
acttacaagattatgcgtcgaatagagggtgaggaattatctcttgatgtttctgaaatg
gtaataactagcacgcgacaggaaatcgatgagcaatggagattgtatgatggttttgac
cccatattggagcgcaaattgcgagctcggatgaagcggaatgttagctgctatggacgg
ttcatgcctcgcatggttaaaattccacctgggatggagttcaatcatattgtcccacat
ggtggtgatattgaagacacagatgggaatgaggaacatccaacttctccagatccacca
atatgggctgagataatgcgtttcttttcaaattcccgaaagcctatgatacttgccctt
gcgaggcccgatccaaaaaagaatatcacaacgttagtgaaggcatttggagaatgccgt
ccactgagagagcttgctaacctggcacttattatggggaaccgagatgggattgatgaa
atgtccagcacaagttcttcggttctcctttctgttctaaagctaattgacaagtatgat
ctctatggtcaagttgcgtatcctaaacatcacaaacagtcggatgttccagacatatat
cgccttgctgcaaagtcgaagggtgtttttatcaatcctgctatcattgaaccatttgga
cttactctaatagaggctgcagctcatggtttgcctatggttgctacacaaaatggtggt
cctgtagatatacaccgggtcctggacaatggccttctcgtggatcctcatgatcagcag
tctatttctgcagctcttcttaagcttgttgctgataagcacctatggtcaaagtgtcgc
caaaacgggttgaagaatattcaccaattctcttggccagagcactgcaaaacttatcta
tctcgcataaccagcttcaaaccaagacatccgcaatggcaaagtgatgatggcggtgat
aattcagaacccgagtcacctagtgattctttgagagatatacaagatatatccttgaac
ttaaagttttcatttgacggaagtgggaatgataattacatgaaccaagaagggagctcc
atggacaggaagagcaaaatcgaagctgctgtccaaaattggtctaaaggcaaagatagc
cgcaaaatgggatcactggagaggtcagaggttaactctggaaaattcccggcggtgcgg
agaaggaagttcattgttgttattgctattgattttgatggggagcaagacacgctagag
gctacaagaaggattcttgatgcggttgaaaaggaaagagctgatggatctgttggattc
atactgtcgacatctctaacgatctctgagatacaatctttcttggtgtcagggggctta
aaccctaatgattttgacgctttcatatgcaacagcggcagcgatctccactacacatcc
ctcaacaacgaagacggtccttttgttgttgacttttactaccactctcatatagaatat
aggtggggtggtgaagggctgaggaagactttgatccgttgggcatcttcacttaacgat
aaaaaggctgaaaaagacgagcagatagtcactcttgctgaacatctttcaactgactac
tgctacacatttactgtcaaaaagccagcagcggtacctccagtaagagagctccggaag
ctgctgagaatccaggctttgcgttgtcatgttgtttatagtcagaatggcacccgaatt
aacgtgataccagtgctggcttctcgtatacaagctctaaggtatttgttcgttcggtgg
ggcattgacatggcgaaaatggcggtgtttgtgggggaatcaggcgacactgattacgaa
gggctgctcggaggacttcacaagagcgttgttctaacgggggtgtcttgcagcgcaagc
aatgccttgcacgctaaccggagctatcctctcaccgatgtgatctccttagagagcagc
aacgtggttcacgcaccggcagattcggatgttcgtgatgccctgaagaaactagagctt
atcaaggagtga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
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 (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (9)   
   Pfam (9)   
All databases (33)   

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