BiSSCat Search in
Home Help FGROUP SUBSTRUCTURE compound enzyme Multiple 
F002200 Olefin
SYNONYM:  Double Bond
CLASS:    Carbon / Unsaturated carbon
COMPOUND: 35283
          KEGG: 2838
          NCI:  32445
ENZYME:   181
          (Show enzyme(s))
RELATED:  22
          F002400 Conjugated carbon double bonds
          F002500 Aryl carbon
          F002600 Allene
          F313000 Enol
          F322000 Allyl ether
          F331200 Allyl carboxylate
          F332200 Allyl aldehyde
          F411200 Enamine
          F412400 Alkyl allyl amine
          F412500 Allyl aryl amine
          F432000 Allyl nitrile
          F441200 Nitro allyl
          F442200 Nitroso allyl
          F512000 Allyl thiol
          F521400 Alkyl allyl sulfide
          F521500 Allyl aryl sulfide
          F521600 Di-allyl sulfide
          F521800 Allyl acetylene sulfide
          F540100 Alpha-beta unsaturated acyl thioester
          F573120 Allyl sulfonic acid
          F652000 Enol phosphate ester
          F702000 Allyl halide
of 3529. [Next][Prev]

1451. C09137 Montanol (Molfile)(InChI)(KEGG) 
No enzymes registered.

1452. C10380 Rosmarinine (Molfile)(InChI)(KEGG) 
No enzymes registered.

1453. C08711 Spiredine (Molfile)(InChI)(KEGG) 
No enzymes registered.

1454. C02927 2-Caffeoylisocitrate (Molfile)(InChI)(KEGG) 
  • 2.3.1.126 isocitrate O-dihydroxycinnamoyltransferase

1455. C03686 7-O-Methylsterigmatocystin (Molfile)(InChI)(KEGG) 
No enzymes registered.

1456. C00852 Chlorogenate (Molfile)(InChI)(KEGG) 
  • 2.3.1.98 chlorogenate-glucarate O-hydroxycinnamoyltransferase
  • 3.1.1.42 chlorogenate hydrolase

1457. C03908 trans-5-O-caffeoyl-D-quinate (Molfile)(InChI)(KEGG) 
  • 1.14.13.36 5-O-(4-coumaroyl)-D-quinate 3'-monooxygenase

1458. C12209 Caffeoyl quinic acid (Molfile)(InChI)(KEGG) 
No enzymes registered.

1459. C10207 Cyclokievitone (Molfile)(InChI)(KEGG) 
No enzymes registered.

1460. C10486 Licoisoflavone A (Molfile)(InChI)(KEGG) 
No enzymes registered.
of 3529. [Next][Prev]
BiSSCat v1.06.20 http://bisscat.org/
Developed by Masaaki Kotera, Department of Biochemistry, Trinity College Dublin.
Science Foundation of Ireland is gratefully acknowledged.