enzymez

Cards (21)

  • all enzymes are proteins but not all proteins are enzymes
  • all reactions in the body are mediated by enzymes, which are protein catalysts that increase the rate of reactions without being changed in the overall process
  • substrate
    enzyme's selective channel into useful pathways
  • enzyme directs all metabolic events
  • oxidoreducterase
    catalyzes an oxidation-reduction reaction
  • organic oxidation
    oxidation that increases the number of C-O bonds and/or decreases the number of C-H bonds
  • oxidation reduction
    reduction that decreases the number of C-O Bonds and/or increases the number of C-H bonds
  • transferases
    catalyzes the transfer of a functional group other than hydrogen from one molecule to another
  • hydrolases
    catalyzes a hydrolysis reaction in which the addition of a water molecule to a bond causes bonds to break
  • Hydrolysis reactions are central to the process of digestion
  • lyase
    catalyzes the addition of a group to a double bond or removal of a group to form a double bond in a manner that does not involve hydrolysis or oxidation
  • isomerase
    the arrangement of a substrate in a reaction, converting it into a molecule isomeric.has only one reactant and one product in reactions where it is operative
  • ligase/synthetase
    catalyzes bonding together of two molecules into one with the participation of ATP
  • Main Class: OXIDOREDUCTASE
    Subclasses
    • oxidases
    • reductases
    • dehydrogenases
  • Main Class: TRANSFERASES
    Subclasses
    • Transaminases
    • Kinases
  • Main Class: HYDROLASES
    Subclasses
    • Lipases
    • Proteases
    • Nucleases
    • Carbohydrases
    • Phosphatases
  • Main Class: LYASES
    Subclasses
    • Dehydratases
    • Decarboxylases
    • Deaminases
    • Hydratases
  • Main Class: ISOMERASES
    Subclasses
    • racemases
    • mutases
  • Main Class: OXIDOREDUCTASE
    Subclasses
    • Synthetases
    • Carboxylases
  • Enzymes are protein catalyst that increase the velocity of a chemical reaction, and are not consumed during reaction
  • active site
    special pockets or cleft in enzyme