KEGG   Helianthus annuus (common sunflower): 110898571
Entry
110898571         CDS       T05101                                 
Name
(RefSeq) probable sucrose-phosphate synthase 1
  KO
K00696  sucrose-phosphate synthase [EC:2.4.1.14]
Organism
han  Helianthus annuus (common sunflower)
Pathway
han00500  Starch and sucrose metabolism
han01100  Metabolic pathways
han01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:han00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    110898571
Enzymes [BR:han01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.14  sucrose-phosphate synthase
     110898571
SSDB
Motif
Pfam: Glycos_transf_1 S6PP Glyco_trans_1_4 Sucrose_synth DUF1752 Glyco_trans_4_4 Glyco_transf_4 GT4-conflict Glyco_trans_1_2
Other DBs
NCBI-GeneID: 110898571
NCBI-ProteinID: XP_022001057
Position
13:complement(89836657..89843519)
AA seq 1049 aa
MAGNDWINSYLEAILDVGPGLDDKNSSLMLRERGKFSPTRYFVEEVITKFDETDLRRSWA
MASSIRDSEERNTRLENMSWRIWNLARRKKKLGKGTQQKRKQKRELARVPKPLLADMPEE
LSEGEKGDTVSEISPKGKGVSTKGGMKRINSMDVLKNFATQQKDKKLYIVLISLHGLIRG
ENMELGRDSDTGGQVKYVVELARALGAMPGVYRVDLLTRQVSAPGVDWSYGEPTEMLTPL
NDDDCQSGESSGAYIIRIPFGPKDKYIPKELLWPHIPEFVDGALTYILQMSKVLSEQIGD
GKPVWPASIHGHYADAGNAAALLSGALNVPMLFTGHSLGRDKLEQILKQGRQSKDDINTT
YRIMRRIEAEEITVDSSEVIITSTRQEIDEQWGLYDAFDPVLERKLRARNRQNVSCFGRF
APRPIVIPPGMEFKHIVPNRGGADDDSEGYQESSTTPNPPVWSEIMRFFTNPHKPIILAL
ARPDPKKNLTTLVKAFGECRALRDLANLTLIMGNRDNIDEMSGTNSAVLLSILKLIDKYD
MYGQVSYPKHHKQSEVPDIYRLAARTKGVFINPAFIEPFGLTLIEAAAYGLPMVATKNGG
PVDIKKALDNGLLVDPHNQQSIADALLKLVADKQLWSKCKQNGLKNIHLFSWPEHCKTYL
ARIACCRPRHPKWESCAVGYEYSESQSPEDSLRDLNDLKISLEGVIHDHGSVDSSQKSDV
NSQSLKSKSSVGKKLENLAKLPVKEKSNKDETLARIGSQDTIEYLELRRKKTVFVVAVDC
GLTKDFVEILNMILEIVKVDKKGENLGFILSTASSISEIHSFMKTSNIEFSGFDALICNS
GSDIYYPSSSEGSPKNLPFVVDSDYSSHIDYRWGGDHLQNTLVHWAASLRERYKDKELVV
ECDSESRHCFAFKIKNLEHIPPVKDLREFLRKQALRCQAVYCQNGTKLNVIPVVASRAQA
LRYLYVRWGMNLANTVVIMGDYGDTDYEGLRGGIHKTVVINGVCNEARKLHNNRSYPLEH
VITYDTPTIVQVEGCKKDQVIQAMAKLQV
NT seq 3150 nt   +upstreamnt  +downstreamnt
atggcgggaaacgattggataaacagttatctggaagcgattctggatgtaggtccaggt
ctggacgacaagaattcgtcgctaatgttgagagaaagagggaaatttagccctactcga
tactttgttgaagaggttatcaccaaatttgatgagaccgatcttcgtcgttcttgggct
atggcctcatccatccgggattcagaagaaagaaacacaagattagagaacatgagctgg
aggatttggaacttggctcggaggaagaaaaagctaggcaaaggaactcaacaaaaacgg
aaacaaaaacgggaactagcaagggttcctaaaccgttacttgcagacatgccggaagag
ttatccgaaggagagaaaggcgatacagtcagcgagatttcaccaaagggaaagggcgtt
agcactaaaggtggaatgaaaagaattaattcgatggacgtgttgaagaacttcgctact
caacaaaaggacaagaaactctacattgtgttaatcagtcttcacggtcttattcgtggt
gaaaatatggagctaggtcgcgattccgatacaggcggacaggtgaagtatgtagtagaa
ctcgcaagggcattaggtgcaatgccgggggtgtatcgagtggatttgctgactagacaa
gtatcggcgcctggtgttgactggtcatacggtgaaccaaccgaaatgttaacgccactt
aacgatgacgactgccaaagtggcgagagtagtggcgcgtacataatacgtatacctttc
ggtccgaaagacaaatatatccctaaagagctcctatggcctcacatacccgagtttgtc
gacggtgcattaacctacattttacaaatgtcaaaggttttaagcgagcaaattggtgac
gggaagcccgtatggccagcttcgattcacgggcactatgcggatgcgggaaacgcggct
gctcttttatccggtgcgttaaacgtcccaatgctgtttacgggacattctcttggacgc
gataaacttgaacagatattgaaacaagggcggcaatcgaaggatgatatcaataccact
tatagaataatgaggcgaatcgaggctgaggagataactgttgattcatcggaagtgatt
attactagtactcggcaagagatagacgagcaatggggtttgtatgacgcgtttgatccc
gttcttgagagaaaattacgagctaggaatcgacagaacgtgagctgtttcggccggttc
gcgccccgtccaattgtaataccgcctggaatggagtttaagcatattgttccgaaccgt
ggtggtgcggatgatgattcagaaggatatcaggaaagttcaacgactccaaacccgcct
gtttggtctgagataatgcgattcttcacgaatccgcataagcctatcatcctggctctt
gctcgacccgacccgaaaaagaatctgactactctggtcaaagctttcggggagtgccgt
gcattaagggatcttgcaaacctcacattgataatgggaaaccgtgataacatcgatgaa
atgtccggcacaaattcggcagttttactttcgattttgaagttgattgacaaatatgat
atgtacggtcaagtttcttatccgaaacaccataagcaatctgaagttcccgatatatat
cggttagcagccaggacgaagggtgtgttcatcaatccagcattcattgagccgtttggt
ctcactttgatagaggcagcagcatatggtttacctatggtggctactaaaaacggaggt
ccagttgatattaagaaggctcttgataacgggttactggtggacccacacaatcagcaa
tcgatagcagatgcacttttgaagctggtagcagataagcaactttggtcgaaatgtaaa
caaaacggtttaaaaaacattcatcttttctcatggcccgagcattgcaaaacgtatcta
gcccgaatagcttgttgcaggccacgtcatccaaaatgggaaagctgtgcggttggatac
gagtattcagaatcgcaatcacccgaagattcactacgagatcttaacgacttaaagatt
tcattagaaggtgttatacacgatcatggaagcgttgacagttcgcagaaatccgacgtg
aattctcagtcgctcaaaagcaaatctagcgtcgggaaaaaactcgaaaacttggctaag
ttgccggttaaggagaagtcaaataaggatgaaacgttagcgagaattggatcgcaagat
acaatcgagtacctcgagttacggaggaagaaaaccgtgtttgttgtggcggttgactgt
ggtttgactaaagattttgtcgagattttgaatatgattctcgaaatcgtgaaggtggat
aagaagggggaaaatttagggtttatattatcaacagcttcgtctatatccgagattcat
tcttttatgaaaactagtaacatcgagttttcaggattcgacgctttgatatgcaacagt
ggtagtgatatatattacccttcttctagtgaaggaagtcctaaaaatcttccgtttgtc
gtggattctgattattcttcgcacattgattatcgttggggtggagatcacttacagaac
actttagttcattgggccgcttctcttagagaacgatataaagataaagaactcgttgtc
gagtgtgattctgaatcccgacattgttttgcatttaaaatcaagaacttagaacatata
ccacctgtgaaggatcttcgcgagtttttgagaaaacaagctctaagatgccaggctgta
tattgtcaaaacggtacaaagttgaatgtgatacccgtggttgcttctcgagctcaggct
ctaaggtacttgtatgtgagatggggtatgaacttggcgaatactgtagttatcatggga
gattacggggacactgattatgaaggtttacgcggtggaatacataaaacagtggtaatc
aatggagtttgtaacgaagcacgtaagcttcataacaacagaagctatcctctagaacat
gtaattacgtatgatactccgactatcgttcaggtcgaaggatgcaagaaggatcaagta
attcaagcaatggcaaagttacaagtttga

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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 (12)   
   KEGG ORTHOLOGY (1)   
   RefGene (8)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (35)   

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